Input: [Product] ROKRAPOL 1130 [Productgroup] Polyester Resin, hydroxyl-terminated [Remarks]

Output: Polyol component in 2K-PUR systems for improvement of flexibility, e.g. in solvent free sealing compounds, in NC-lacquers and printing inks for improvement of flexibility and adhesion, non migrating plasticizer

Flexodruck - flexo inks - Printing inks - Your application - Products - Robert Kraemer - Lösungen mit Harz


Input: [Product] ROKRAPOL 1165 [Productgroup] Polyester Resin, hydroxyl-terminated [Remarks]

Output: Polyol component for 2K-PUR systems with high flexibility, combination resin in NC-printing inks and lacquers for improvement of flexibility and adhesion, in epoxy systems for adjustment of polarity

Flexodruck - flexo inks - Printing inks - Your application - Products - Robert Kraemer - Lösungen mit Harz


Input: [Product] ROKRAPOL 2210 [Productgroup] Polyester Resin, hydroxyl-terminated [Remarks]

Output: Polyol component for flexible 2K-PUR lacquers with good adhesion, e.g. zinc powder primers or metal lacquers, in combination with Rokrapol 2230 for flooring and furniture lacquers with high resistances

Flexodruck - flexo inks - Printing inks - Your application - Products - Robert Kraemer - Lösungen mit Harz


Input: [Product] ROKRAPOL 2250 [Productgroup] Polyester Resin, hydroxyl-terminated [Remarks]

Output: Polyol component for 2K-PUR lacquers and printing inks with high weather resistance, light stability and gloss, glossy resin in NC-systems with high solvent resistance, adhesion promotor in foil coatings, ball point inks and pastes

Flexodruck - flexo inks - Printing inks - Your application - Products - Robert Kraemer - Lösungen mit Harz


Input: [Product] ROKRAPOL 2265 [Productgroup] Polyester Resin, hydroxyl-terminated [Remarks]

Output: Polyol component for 2K-PUR lacquers and printing inks, glossy resin in NC-systems with high solvent resistance, adhesion promotor in foil coatings, tolerated for indirect food contact, binder for ball point inks and pastes

Flexodruck - flexo inks - Printing inks - Your application - Products - Robert Kraemer - Lösungen mit Harz


Input: [Product] ROKRAPOL 3165 [Productgroup] Polyester Resin, hydroxyl-terminated [Remarks]

Output: For manufacture of clear or pigmented fast drying 2K-PUR lacquers for wood, furniture and chipboard coatings with good body and sandability, combination partner for NC-systems with good pigment wetting and adhesion

Flexodruck - flexo inks - Printing inks - Your application - Products - Robert Kraemer - Lösungen mit Harz


Input: [Product] ROKRAPOL 3180 [Productgroup] Polyester Resin, hydroxyl-terminated [Remarks]

Output: Plastifying polyol combination partner for 2K-PUR systems, NC-lacquers and printing inks with at the same time very good wetting properties, registration for cosmetic applications, INCI listed

Flexodruck - flexo inks - Printing inks - Your application - Products - Robert Kraemer - Lösungen mit Harz


Input: [Product] ROKRAPOL 7070 [Productgroup] Polyester Resin, carboxyl-terminated [Remarks]

Output: Pale, light stable elastification partner for NC-based printing inks and lacquers as well as for spirit lacquers, main binder in high elastical aqueous stoving lacquers, combination resin in water based acrylic systems

Flexodruck - flexo inks - Printing inks - Your application - Products - Robert Kraemer - Lösungen mit Harz


Input: [Product] ROKRAPOL 7075 [Productgroup] Polyester Resin, carboxyl-terminated [Remarks]

Output: Main binder in high elastical aqueous stoving lacquers, combination resin in water based acrylic systems with good adhesion

Flexodruck - flexo inks - Printing inks - Your application - Products - Robert Kraemer - Lösungen mit Harz


Input: [Product] ROKRAPOL 7085 [Productgroup] Polyester Resin, carboxyl-terminated [Remarks]

Output: Combination partner for pale NC-systems like flexo inks, spirit resistant lacquers or wood lacquers, aqueous flexo- and rotogravure printing inks, improvement of gloss in aqueous dispersions, binder for ball point inks, overprint varnishes, paper lacquers and resin for pigment coating

Flexodruck - flexo inks - Printing inks - Your application - Products - Robert Kraemer - Lösungen mit Harz


Input: [Product] ROKRAPOL 7095 [Productgroup] Polyester Resin, carboxyl-terminated [Remarks]

Output: Combination partner for pale NC-systems like flexo inks, spirit resistant lacquers or wood lacquers, aqueous flexo- and rotogravure printing inks, improvement of gloss in aqueous dispersions, binder for ball point inks, overprint varnishes, paper lacquers and resin for pigment coating

Flexodruck - flexo inks - Printing inks - Your application - Products - Robert Kraemer - Lösungen mit Harz


Input: [Product] ROKRAPOL 7105 [Productgroup] Polyester Resin, carboxyl-terminated [Remarks]

Output: Binder for alcohol and water based ball point inks, flexo- and rotogravure inks as well as adhesives, neutralisable with ammonia, amines and sodium carbonate, NC-, paper, wood and acid curing lacquers, improvement of gloss in aqueous dispersions and emulsions, fixing binder for fluorescent dyestuffs

Flexodruck - flexo inks - Printing inks - Your application - Products - Robert Kraemer - Lösungen mit Harz


Input: [Product] ROKRAPOL 7160 [Productgroup] Polyester Resin, carboxyl-terminated [Remarks]

Output: Binder for alcohol and water based ball point inks, flexo- and rotogravure inks as well as adhesives, well water soluble after neutralisation, NC-, paper, wood and foil lacquers with high adhesion and benzine/aromatic resistances, fixing binder for fluorescent dyestuffs

Flexodruck - flexo inks - Printing inks - Your application - Products - Robert Kraemer - Lösungen mit Harz


Input: [Susceptible] Early [Resistant] Late [Downy mildew symptoms]

Output: Disease noticeable during season


Input: [Susceptible] Stunted [Resistant] Near-normal [Downy mildew symptoms]

Output: Vine size (length)


Input: [Susceptible] Many [Resistant] Few [Downy mildew symptoms]

Output: Number of leaf lesions


Input: [Susceptible] Large [Resistant] Small [Downy mildew symptoms]

Output: Size of leaf lesions


Input: [Susceptible] Yellow [Resistant] Green [Downy mildew symptoms]

Output: Margin color of leaf lesions


Input: [Susceptible] Straight 8 [Resistant] Poinsett 76 [Downy mildew symptoms]

Output: Example cultivar


Input: [Minor Health Remedies] Pain Relievers (Excedrin, Ibuprofen, Tyleno) [Make-Up Essentials] Lip Balm [Outdoor Remedies] Sunscreen [Keeping Your Energy Up] High Protein Nutrition and Power bars (without sugar) [Bridal Party Saves]

Output: Safety Pins

San Francisco and Santa Barbara Weddings and Events


Input: [Minor Health Remedies] Allergy Supressants [Make-Up Essentials] Blotting Papers [Outdoor Remedies] Insect Repellant Spray [Keeping Your Energy Up] Fresh Fruit [Bridal Party Saves]

Output: Dressmaker Pins

San Francisco and Santa Barbara Weddings and Events


Input: [Minor Health Remedies] Band -Aids and Bandages [Make-Up Essentials] Lip Stick in Your Shades [Outdoor Remedies] Topical Ointment [Keeping Your Energy Up] Bottled Water [Bridal Party Saves]

Output: Mending Kit

San Francisco and Santa Barbara Weddings and Events


Input: [Minor Health Remedies] Cough Drops [Make-Up Essentials] Tweezers [Outdoor Remedies] Sun Glasses [Bridal Party Saves]

Output: Scissors

San Francisco and Santa Barbara Weddings and Events


Input: [Minor Health Remedies] Antacids [Make-Up Essentials] Hair Pins [Outdoor Remedies] Hats [Bridal Party Saves]

Output: Masking Tape

San Francisco and Santa Barbara Weddings and Events


Input: [Minor Health Remedies] Tampons [Make-Up Essentials] Comb and Fold up Brush [Bridal Party Saves]

Output: White Caulk

San Francisco and Santa Barbara Weddings and Events


Input: [Minor Health Remedies] Breath Mints or Breath Freshener [Make-Up Essentials] Small Mirror [Bridal Party Saves]

Output: Seltzer Water

San Francisco and Santa Barbara Weddings and Events


Input: [Minor Health Remedies] Individual Packed Wet Towelettes [Make-Up Essentials] Straws [Bridal Party Saves]

Output: Clear Nail Polish

San Francisco and Santa Barbara Weddings and Events


Input: [Minor Health Remedies] Travel Tooth Brush & Paste [Make-Up Essentials] Cotton Ball and Swabs [Bridal Party Saves]

Output: Folding Flats

San Francisco and Santa Barbara Weddings and Events


Input: [0] Acetaldehyde [ChemLine®] A [Phenolic Epoxy] L [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Acetic Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Acrolein Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Acrylic Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Acrylonitrile, (35¡C) [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Ammonium Persulfate [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] L [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Azabenzene [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Benzene [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Benzene Carboxylic Acid [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Benzoyl Chloride [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] B-Methacrylic Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Bichromate of Soda [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Bromine [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Butanoic Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Butyric Aldehyde [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Calcium Hydroxide [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Calcium Hypochlorite [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] L [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Caustic Potash [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Carbolic Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Chlorine Water [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Chlorosulfonic Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Chlorinated Acetone [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] L [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Chloracetic Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] L [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Chromic Acid, 20% [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Coal Tar Oil [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Coconut Fatty Acid [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Colamine [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Cresol [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Dichloromethane [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Detergents [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Diethyl Formamide [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Diethylamine [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Diethylene Chloride [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] L [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Diethyl Ether [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Dimethylamide Acetate [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Disulphuric Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] EDTA [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Ethanolamine [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Ethonic Acid Anhydride [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Ethyl Acrylate [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Fatty Acids [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Fatty Acid, Palm [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Ferric Chloride [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Flaked Stearic Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Fluoraboric Acid* [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Formaldehyde [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Formamide [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Formic Acid 10% [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Green Liquor [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] L [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Glycerol [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Grape Juice [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Grapefruit Juice [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Grease Oil [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Heptanoic Acid [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Herring Oil [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Hexahydroanaline [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] HMDA [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Hydrazine [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Hydrobromic Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Hydrochloric Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] 10% Hydrofluoric Acid* [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] 5-20% Hydrogen Chloride [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] 10%-30% Hydrogen Sulfate [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Isobutanol [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Isobutyric Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Isopropyl Amine [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Javelle Water [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Juices, Fruit [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Lactic Acid [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Lactonitrile [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Latex [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Liquified Ammonia [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Liquid Pitch Oil [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] M-Phosphoric Acid** [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] L [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Maleic Anhydride [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] MCA [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Methacrylonitrile, (35¡C) [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Methanamide [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Methanol [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] MEK [ChemLine®] A [Phenolic Epoxy] L [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Methylene Chloride [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Monochloro Benzene [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Naphtalene [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Nitric Acid 1-20% [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Nitro Benzene [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Nitrogen Fertilizers [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Norval Amine [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Octanoic Acid [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Orthonitro Benzene [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Oleum [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Olive Oil Fatty Acid [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Palm Oil Fatty Acid [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Perchloroethylene [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Perchloric Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Phenol [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Phosphoric Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Phthalic Anhydride [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Piperzine [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Polyethylene Polyamines [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Potassium Hydroxide [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] L [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Potassium Permanganate [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] L [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Propionic Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Pyridine [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Rubber Extender Oils [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Rum [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Sodium Carbonate [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Sodium Dichromate [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Sodium Hydroxide [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] L [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Sodium Sulfide [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Stannic Chloride [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Stearic Acid [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Spent Sulfuric Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Sulfur [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Sulfuric Acid 1-70% [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Sulfuric Acid 70-99% [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] L [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Sulphurous Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Tall Oil [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Tallow Acid [ChemLine®] A [Phenolic Epoxy] A [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Tar Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Tetra Chloroacetic Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] N [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Tetra Hydrofurfuryl Alcohol [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Toluene Diamine [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Toluol [ChemLine®] A [Phenolic Epoxy] L [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Valeraldehyde [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

Output: Ñ

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Vinegar [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Vitriol Oil 65% [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Water, Acid [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [0] Xylenol [ChemLine®] A [Phenolic Epoxy] N [Stainless Steel] A [Vinylester]

ChemLine 784/32 Coating - Advanced Polymer Coatings


Input: [1] Autosomal Dominant [2] Sex-linked [3] Chromosomal Abnormalities [0]

Output: Autosomal Recessive

ivf-infertility.com | Preimplantation genetic diagnosis (PGD)


Input: [1] Huntingtons Disease [2] Hemophilia [3] Translocation [0]

Output: Cystic Fibrosis

ivf-infertility.com | Preimplantation genetic diagnosis (PGD)


Input: [1] Congenital Adrenal Hyperplasia [2] Duchenne Muscular Dystrophy [3] Klienfelters Syndrome [0]

Output: Tay Sach's Disease

ivf-infertility.com | Preimplantation genetic diagnosis (PGD)


Input: [1] Marfans Syndrome [2] Fragile X [3] Aneuploidy [0]

Output: Thalassemia

ivf-infertility.com | Preimplantation genetic diagnosis (PGD)


Input: [1] Myotonic Dystrophy [2] X Linked Mental Retardation [0]

Output: Sickle Cell Disease

ivf-infertility.com | Preimplantation genetic diagnosis (PGD)


Input: [1] Wiskott-Aldrich syndrome [0]

Output: Spinal Muscular Dystrophy

ivf-infertility.com | Preimplantation genetic diagnosis (PGD)


Input: [Stucco Work] Plumbing Repairs [Minor Residential Repairs]

Output: Commercial Irrigation Systems


Input: [Stucco Work] Demolitions [Minor Residential Repairs]

Output: Retaining Walls with Engineering


Input: [Stucco Work] Fireplaces [Minor Residential Repairs]

Output: Fire Damage Repairs


Input: [Stucco Work] Furnace Replacement [Minor Residential Repairs]

Output: Residential Irrigation Systems


Input: [Stucco Work] Reroofing [Minor Residential Repairs]

Output: Window Replacement


Input: [Stucco Work] Electrical Repairs [Minor Residential Repairs]

Output: Water Heaters


Input: [Etiology] Actinobacillus suis [Signs - Lesions] Unusual but in feeding/finishing and mature swine, the lesions are raised, red and rhomboid. [Comments] Signs, internal and cutaneous lesions can (rarely) resemble those of acute erysipelas [Name]

Output: Actinobacillus suis infection

Skin Lesions and Diseases | Iowa State University


Input: [Etiology] Trauma to ear followed by hemorrhage between skin and cartilage [Signs - Lesions] Thickening and inflammation of ear over organizing hematoma. Lesions can be very large. [Comments] Trauma from many causes: bites, violent head shaking, commingling. [Name]

Output: Aural hematoma

Skin Lesions and Diseases | Iowa State University


Input: [Etiology] Semi-lethal hereditary defect affecting occasional pigs. [Signs - Lesions] Coronary band lesion on one or more feet of neonate, which leads to hoof deformity. Red macules expand, become papillomatous. [Comments] Defect originally in Landrace breed. Most affected piglets die within a few weeks. Many survivors have interstitial pneumonia. [Name]

Output: Dermatosis vegetans

Skin Lesions and Diseases | Iowa State University


Input: [Etiology] Congenital defect [Signs - Lesions] Missing areas of skin since birth, often over back or rump, perhaps mouth. [Comments] Small lesions often heal by scarring. [Name]

Output: Epitheliogenesis imperfecta

Skin Lesions and Diseases | Iowa State University


Input: [Etiology] Erysipelothrix rhusiopathiae [Signs - Lesions] Acute: Raised, rhomboid lesions. Chronic: Peeling plaques often over back. Necrosis of parts of ears, tail. [Comments] Acute skin lesions often resolve if animal recovers promptly. Skin lesions appear slightly after acute febrile stage of disease. [Name]

Output: Erysipelas

Skin Lesions and Diseases | Iowa State University


Input: [Etiology] Staphylococcus hyicus skin infection [Signs - Lesions] Brownish lesions in axilla and groin spread to head, face, other areas, perhaps mouth. Lesions dark, greasy, often extensive. [Comments] Triggering factors are poorly understood. Irritation of skin may precede the infection. Treatment seldom is satisfactory. [Name]

Output: Greasy pig disease

Skin Lesions and Diseases | Iowa State University


Input: [Etiology] Trauma, vasculitis, often bites, and secondary infection. [Signs - Lesions] Areas of ulceration, infection and necrosis in ear(s). [Comments] Infection occasionally results in septicemia and death. [Name]

Output: Necrotic ear syndrome

Skin Lesions and Diseases | Iowa State University


Input: [Etiology] Haematopinus suis louse. [Signs - Lesions] Rubbing, scratching, anemia. Eggs attached to hair on jowls, flanks, inner surface of legs, behind ears. [Comments] Leads to unthriftiness and anemia. Lice sometimes transmit pox virus. [Name]

Output: Pediculosis (lice)

Skin Lesions and Diseases | Iowa State University


Input: [Etiology] Photodynamic agents (plants or drugs) plus sunlight. [Signs - Lesions] White areas of skin inflamed and pruritic. Severe peeling of areas of necrotic skin. [Comments] Many plants and drugs are photodynamic. Conjunctivitis often accompanies the dermatitis. [Name]

Output: Photodynamic dermatitis

Skin Lesions and Diseases | Iowa State University


Input: [Etiology] Unknown but some evidence of hereditary predisposition. [Signs - Lesions] Raised, expanding circular lesions in 12-14 week old pigs. Lesions usually on ventral abdomen, less often elsewhere. [Comments] Lesions resolve within a few weeks without treatment. Disease may go unnoticed unless ventrum is examined. [Name]

Output: Pityriasis rosea

Skin Lesions and Diseases | Iowa State University


Input: [Etiology] Mechanism unknown but associated with post-viral (PCV2, PRRSV, CSF)* infection, perhaps an immune mediated disease [Signs - Lesions] Red to purple, circular 1 cm lesions appear on perineal, ham, ventral regions that may enlarge and coalesce. Nephropathy also present may lead to death in days to weeks. [Comments] Diagnosis by recognition and histopathology on skin and kidney. Usually sporadic but morbidity can approach 10%. No treatment. [Name]

Output: Porcine dermatopathy and nephropathy syndrome (PDNS)

Skin Lesions and Diseases | Iowa State University


Input: [Etiology] Swine pox virus [Signs - Lesions] Initial 1-2 cm round to oval lesions on ventrum but can extend over the body. Papule, vesicle, pustule and scab stages. [Comments] All age groups susceptible. Usually seen in young, growing pigs. Pox virus sometimes transmitted by lice. Congenital pox occurs sporadically. [Name]

Output: Pox

Skin Lesions and Diseases | Iowa State University


Input: [Etiology] Lancefield type C Streptococci [Signs - Lesions] Pustules on posterioventral abdomen, inguinal area, inner thighs, perhaps eyes, lips, ears. Pustules rupture, are replaced by black scabs. [Comments] Most pigs recover in a few weeks. Provide clean bedding, improve sanitation. Recovery perhaps hastened by antibiotics in water or feed. [Name]

Output: Pustular dermatitis

Skin Lesions and Diseases | Iowa State University


Input: [Etiology] Usually Microsporum nanum or Trichophyton verrucosum. [Signs - Lesions] Roughly circular, expanding hairless areas that develop crested scabs. Non-pruritic. [Comments] Usually self-limiting. Contagious to humans. Occasionally caused by other fungi. Usually seen in old swine and quite common in sows. [Name]

Output: Ringworm

Skin Lesions and Diseases | Iowa State University


Input: [Etiology] Skin abrasion with secondary infection. [Signs - Lesions] Abrasive lesions on knees, fetlocks, coronets, hocks, or elbows lead to septicemia; often high mortality. [Comments] Lesions often are more serious than realized. Less abrasive surfaces or adequate bedding are necessities. [Name]

Output: Skin necrosis of piglets

Skin Lesions and Diseases | Iowa State University


Input: [Etiology] Excessive sunshine on skin [Signs - Lesions] Pigs may “drop to belly” from pain on sunburned back. Reddening, thickening, peeling of most exposed skin, usually on back and ears. Unpigmented skin more susceptible. [Comments] If shade is provided, pigs will not lay in the sun. [Name]

Output: Sunburn

Skin Lesions and Diseases | Iowa State University


Input: [Etiology] Foot-and-mouth disease (FMD), Vesicular stomatitis (VS), Vesicular exanthema(VE). [Signs - Lesions] Round to oval vesicles on feet, in and around the mouth, on snout, in nostrils, occasionally elsewhere. [Comments] Lesions similar in all vesiculating viral diseases and cannot be used to differentiate. Report all promptly! [Name]

Output: Vesiculating viral diseases

Skin Lesions and Diseases | Iowa State University


Input: [Etiology] Tail or flank biting; savaging of moribund swine. [Signs - Lesions] Tail or flank bite wounds. Moribund swine often have red, linear bite marks. [Comments] Overcrowding and idleness are thought to contribute to development of vices. [Name]

Output: Vices

Skin Lesions and Diseases | Iowa State University


Input: [Hex Colour] The Original! [Perler Colour] --- [Notes]


Input: [Hex Colour] #402038 [Perler Colour] Purple [Notes]

Output: This colour is purple, even thought it's basically used as dark grey. I thought it might look odd, but in the end it looks good in the finished sprite.


Input: [Hex Colour] #281820 [Perler Colour] Black [Notes]

Output: This is close enough to being black that black looks just fine.


Input: [Hex Colour] #b80038 [Perler Colour] Rust [Notes]

Output: Rust is a little darker and a little browner than the true colour, but it seems to be a pretty reasonable substitution in the finished sprite.


Input: [Hex Colour] #580000 [Perler Colour] Brown [Notes]

Output: Brown is a good match here.


Input: [Hex Colour] #f88800 [Perler Colour] Butterscotch [Notes]

Output: Butterscotch is maybe a touch dull, but seems to be a pretty good match.


Input: [Hex Colour] #a8a870 [Perler Colour] Crema [Notes]

Output: Crema seems to match the beige colour used here.


Input: [Hex Colour] #f88068 [Perler Colour] Peach [Notes]

Output: Peach is a little lighter than the colour in the sprite, but seems to be close enough.


Input: [Hex Colour] #083838 [Perler Colour] Parrot Green [Notes]

Output: This is a bad match really(Parrot Green is much much brighter than the colour), but a good colour I think. I especially like it as Chrono's eyes.


Input: [Hex Colour] #f8c898 [Perler Colour] Sand [Notes]

Output: In the finished sprite this looks a little bit too close to the peach skin tone. I might go for something a little lighter.


Input: [Hex Colour] #307070 [Perler Colour] Dark Grey [Notes]

Output: The sprite colour is much more green than the grey, but I think this balances the brightness of the parrot green as the main body of Chrono's clothes.


Input: [Hex Colour] #50d0e8 [Perler Colour] Turquoise [Notes]

Output: This looks like a great match to me.


Input: [Hex Colour] #50f8b8 [Perler Colour] Toothpaste [Notes]

Output: This one also looks like a good match.


Input: [Hex Colour] #ffffff [Perler Colour] White [Notes]

Output: And white of course matches the white, I've shown all the white pixels here in purple.


Input: [1] Mobile Homes [3] Traditional Homes [2]

Output: Modular Homes

Modular Homes, Mobile Homes & Traditional Homes Compared


Input: [0] Building Codes [1] Homes built in a factory following the Federal Government HUD Codes not the local building codes. The HUD Code requires that all mobile homes be manufactured on a non-removable steel chassis (steel building platform). Mobile homes are subject to local zoning regulations. [3] Traditional homes are subject to the local buildings codes and to the local zoning regulations. [2]

Output: Modular homes are treated as traditional homes and must follow the local building codes and regulations. Also it must follow local zoning regulations.

Modular Homes, Mobile Homes & Traditional Homes Compared


Input: [0] Floor Plans/Design [1] There is very limited customization. Normally you purchase a mobile after it has been built. The number of manufacturers allowing you to design and customize your mobile home is increasing. Mobile homes are almost always single floor homes since they must be built on a non-removable steel chassis. [3] Can be customized to the owners preferences. Sometime developers will buy large plots of land, divide it into smaller plots and build identical homes next to each other. You can also hire an architect to design your home according to your preference or purchase home plans online and then hire a contractor to follow those plans.. [2]

Output: No construction occurs until the homeowners picks the design. Most builders provide sample plans to help guide you in your customization. Modular homes are normally highly customized in their interior and exterior appearances. In some cases it is even possible to have your personal architect design a home and then forward the plans to you modular building center

Modular Homes, Mobile Homes & Traditional Homes Compared


Input: [0] Maintenance Cost [1] These homes follow the HUD Codes designed in the 1970s so they are generally not as energy efficient as other homes. [3] Since they are built on-site in all types of weather the quality of the product varies greatly. Research has shown that traditional homes are more likely to require repairs and higher maintenance costs. [2]

Output: These homes are built in a climate controlled factory using high quality materials and more precise building techniques that are capable inside a factory. Modular homes are intentional designed with additional insulation and other energy savings to reduce your maintenance costs.

Modular Homes, Mobile Homes & Traditional Homes Compared


Input: [0] Resell Value [1] Generally mobile homes depreciate in value since it is very hard to improve or expand an existing mobile home. [3] Traditional homes will increase in value over time. They can be improved and expanded to accommodate new owners preferences. [2]

Output: Modular homes increase in value over time. Once they are completed it is near impossible to tell the difference between traditionally built homes and modular homes. These homes can also be improved or expanded.

Modular Homes, Mobile Homes & Traditional Homes Compared


Input: [0] Timeframe [1] Typically there is no waiting time. You can have a mobile home delivered almost the same day since they are normally already built and awaiting for someone to buy them. [3] The normal timeframe is several months. Since all construction occurs on site, work projects can not start until the previous project is completed. The work schedule is dependent on the weather conditions. [2]

Output: This normal timeframe is 8-14 weeks. There are some time savings since construction can begin in the factory at the same time your foundation is being created on your site. Also weather has almost no impact on the schedule.

Modular Homes, Mobile Homes & Traditional Homes Compared


Input: [0] Appearance [1] They can be in any color but typically all look similar since they are almost always one story buildings. They can be single, double or triple wide. [3] The appearance can be customized to the home owners preference. Traditional homes can accommodate any architectural preference. [2]

Output: Appearance can be the same as any traditional site-built home. You can add any style of window, door, wall or architectural feature you prefer. Once completed you can not tell the difference between modular and traditional homes.

Modular Homes, Mobile Homes & Traditional Homes Compared


Input: [0] Building Process [1] The process gains from assembly-line manufacturing. This saves time and money which results in much lower prices to the consumer. Labor costs are also greatly reduced since the same craftsmen work on each home and master their section of work. [3] The most costly building process which requires almost the entire house to be custom constructed. It will require more people which will take more time since they do not work on the same type of house everyday. It is also vulnerable to weather delays and vandalism costs. This process is the most likely to result in damaged building products like warped wood from rain exposure. [2]

Output: It enjoys the benefits of assembly-line building. In a manufacturing factory. The removes delays cause by the weather and vandalism damages. This more efficient process reduces the cost when compared to traditional homes.

Modular Homes, Mobile Homes & Traditional Homes Compared


Input: [0] Aliases [1] mobile homes manufactured homes HUD homes trailer homes [3] traditional homes stick built homes site built homes [2]

Output: modular homes manufactured homes section homes pre-built homes pre-engineered homes

Modular Homes, Mobile Homes & Traditional Homes Compared


Input: [Saline Implants] Filling 0.9% ‘normal saline,’ also called sterile isotonic saline Filling cohesive silicone gel

Output: Filling form-stable, high-strength silicone gel


Input: [Saline Implants] Filling consistency liquid Filling consistency viscous, gooey, pliant; most patients believe silicone feels more like breast tissue

Output: Filling consistency soft, semi-solid; retains its shape even when cut


Input: [Saline Implants] Sizing most models are filled after insertion, allowing flexibility; some are adjustable after surgery Sizing implants are filled (sized) and closed prior to insertion

Output: Sizing implants are filled (sized) and closed prior to insertion


Input: [Saline Implants] Shapes and covers both round and anatomical are available with both smooth and textured shells Shapes and covers round and anatomical are available; most have textured covers

Output: Shapes and covers low, moderate, and high profile round; also oval and classic; both smooth and textured shells available


Input: [Saline Implants] Incisions several sites are often possible; incisions may be smaller than for silicone implants Incisions around the areola or underneath the breast; sometimes larger than for saline implants

Output: Incisions most women prefer around the areola, but some choose beneath the breast


Input: [Saline Implants] Rupture detectable almost immediately as the implant deflates; saline is harmlessly absorbed by the body Rupture often undectable by the patient; periodic MRI tests are recommended to check for “silent rupture”

Output: Rupture high-strength gel does not displace upon rupture, thus typically only detectable through MRI


Input: [Saline Implants] Rupture rates Mentor states about 1% in 1 year and up to 10% in 5 years; Dr. Stevens’ study of Mentor implants shows about 0.3% in 1 year and up to 5.1% in 5 years Rupture rates Dr. Stevens’ 13-year study of the type 4 Mentor implants showed a 0.4% rate of rupture

Output: Rupture rates Dr. Stevens’ 60-month study of 708 of these implants found a 0.0% rate of rupture


Input: [Saline Implants] Other risks rippling, capsular contracture, loss of nipple sensation, breast pain; normal surgical risks such as infection, swelling Other risks capsular contracture, loss of nipple sensation, breast pain; normal surgical risks such as infection, swelling

Output: Other risks capsular contracture (although studies show a lower risk), loss of nipple sensation, breast pain; normal surgical risks such as infection, swelling


Input: [Saline Implants] Availability augmentation patients 18 years old or older; reconstruction patients of any age Availability FDA-approved implants available for augmentation patients 22 years old and older; reconstruction patients of any age

Output: Availability Sientra® & Natrelle® implants are available for augmentation patients 22 years old and older and reconstruction patients of any age; Sientra only from board-certified plastic surgeons; Natrelle® 410 from surgeons who have been certified by the manufacturer; Mentor CPG implants (non-FDA approved) are available only through clinical trials


Input: [Note] protein localized to jejunal brush border membranes [Reference] 625552 [Note Type]

Output: gene_cellular_localization

Slc2a2 (solute carrier family 2 (facilitated glucose transporter), member 2) - Rat Genome Database


Input: [Note] localized to apical plasma membrane and basolateral membrane [Reference] 625552 [Note Type]

Output: gene_cellular_localization

Slc2a2 (solute carrier family 2 (facilitated glucose transporter), member 2) - Rat Genome Database


Input: [Note] expressed in jejunal brush-border membrane [Reference] 625552 [Note Type]

Output: gene_expression

Slc2a2 (solute carrier family 2 (facilitated glucose transporter), member 2) - Rat Genome Database


Input: [Note] functions as a transporter of glucose, galactose and fructose [Reference] 625552 [Note Type]

Output: gene_function

Slc2a2 (solute carrier family 2 (facilitated glucose transporter), member 2) - Rat Genome Database


Input: [Note] has low substrate affinity and Km value in the range of 16-20 mM [Reference] 625552 [Note Type]

Output: gene_process

Slc2a2 (solute carrier family 2 (facilitated glucose transporter), member 2) - Rat Genome Database


Input: [Note] involved in hexose transport into enterocytes [Reference] 625552 [Note Type]

Output: gene_process

Slc2a2 (solute carrier family 2 (facilitated glucose transporter), member 2) - Rat Genome Database


Input: [Note] may play a role in hexose transport across intestinal brush border membranes [Note Type]

Output: gene_process

Slc2a2 (solute carrier family 2 (facilitated glucose transporter), member 2) - Rat Genome Database


Input: [Note] regulated by vascular GLP-2 and/or luminal glucose [Reference] 625552 [Note Type]

Output: gene_regulation

Slc2a2 (solute carrier family 2 (facilitated glucose transporter), member 2) - Rat Genome Database


Input: [Note] glucose transporter activity is inhibited by the flavonol quercetin [Reference] 730195 [Note Type]

Output: gene_regulation

Slc2a2 (solute carrier family 2 (facilitated glucose transporter), member 2) - Rat Genome Database


Input: [Pregnancy Symptoms] Missed Period [Symptoms of PMS]

Output: Not a PMS Symptom


Input: [Pregnancy Symptoms] Bloating and Water Retention (Edema) [Symptoms of PMS]

Output: Bloating and Water Retention


Input: [Pregnancy Symptoms] Breast Swelling and Tenderness [Symptoms of PMS]

Output: Breast Swelling and Tenderness


Input: [Pregnancy Symptoms] Insomnia and Trouble Sleeping (2nd and 3rd Trimester) [Symptoms of PMS]

Output: Insomnia and Trouble Sleeping


Input: [Pregnancy Symptoms] Acne, Breakouts and Skin Changes [Symptoms of PMS]

Output: Acne and Breakouts


Input: [Pregnancy Symptoms] Fatigue (Worst in First and Third Trimester) [Symptoms of PMS]

Output: Fatigue


Input: [Pregnancy Symptoms] Upset Stomach, Constipation [Symptoms of PMS]

Output: Upset Stomach, Constipation


Input: [Pregnancy Symptoms] Headache (common in First Trimester) [Symptoms of PMS]

Output: Headache


Input: [Pregnancy Symptoms] Backache and Back Discomfort (Second and Third Trimester) [Symptoms of PMS]

Output: Backache


Input: [Pregnancy Symptoms] Appetite Changes and Food Cravings (usually in Second Trimester, after Morning Sickness has passed.) [Symptoms of PMS]

Output: Appetite Changes and Food Cravings


Input: [Pregnancy Symptoms] Trouble Concentration and Memory – called “Pregnancy Brain” [Symptoms of PMS]

Output: Trouble Concentration


Input: [Pregnancy Symptoms] Mood Swings, Emotional Rollercoaster [Symptoms of PMS]

Output: Mood Swings and Crying Spells


Input: [Pregnancy Symptoms] Nipple discharge (Colostrum – Second and Third Trimester) [Symptoms of PMS]

Output: Nipple discharge


Input: [Pregnancy Symptoms] Changes in Libido (Low Sex Drive in First Trimester, Increases in Second Trimester) [Symptoms of PMS]

Output: Changes in Libido (Sex Drive)


Input: [Pregnancy Symptoms] Cramping (Second Trimester as Womb stretches for baby) [Symptoms of PMS]

Output: Abdominal and Pelvic Cramps


Input: [Pregnancy Symptoms] Increased Urination [Symptoms of PMS]

Output: Not a PMS Symptom


Input: [Pregnancy Symptoms] Melasma (Darkening of Skin) [Symptoms of PMS]

Output: Not a PMS Symptom


Input: [Pregnancy Symptoms] Nausea and Vomiting (Morning Sickness) – More Common in First Trimester but can last entire pregnancy [Symptoms of PMS]

Output: Nausea


Input: [Pregnancy Symptoms] Elevated Basal Body Temperature (If it remains high 2 weeks after you ovulate, you’re pregnant.) [Symptoms of PMS]

Output: Elevated Basal Body Temperature (until your period starts and it lowers)


Input: [Common name] Grey-headed Flying-fox [Scientific name] Pteropus poliocephalus

Output: A bat in suborder Megachiroptera threatened species: vulnerable predated by Powerful Owl CW

Wildlife - Royal Botanic Gardens & Domain Trust - Sydney, Australia

Notes - Key: E Exotic, CW ClimateWatch sp.


Input: [Common name] Black Flying Fox [Scientific name] Pteropus alecto

Output: A bat in suborder Megachiroptera a small colony in Garden since 2006 predated by Powerful Owl CW

Wildlife - Royal Botanic Gardens & Domain Trust - Sydney, Australia

Notes - Key: E Exotic, CW ClimateWatch sp.


Input: [Common name] Gould’s Wattled Bat [Scientific name] Chalinolobus gouldii

Output: A bat in suborder Microchiroptera commonly seen and heard microbat flying at dusk

Wildlife - Royal Botanic Gardens & Domain Trust - Sydney, Australia

Notes - Key: E Exotic, CW ClimateWatch sp.


Input: [Common name] Common Brushtail Possum [Scientific name] Trichosurus vulpecular

Output: Possum control predated by Powerful Owl

Wildlife - Royal Botanic Gardens & Domain Trust - Sydney, Australia

Notes - Key: E Exotic, CW ClimateWatch sp.


Input: [Common name] Common Ringtail Possum [Scientific name] Pseudocheirus peregrinus

Output: Predated by Powerful Owl

Wildlife - Royal Botanic Gardens & Domain Trust - Sydney, Australia

Notes - Key: E Exotic, CW ClimateWatch sp.


Input: [Common name] Black Rat [Scientific name] Rattus rattus

Output: E, came on First Fleet, pest in Garden, rat control

Wildlife - Royal Botanic Gardens & Domain Trust - Sydney, Australia

Notes - Key: E Exotic, CW ClimateWatch sp.


Input: [Common name] European Red Fox [Scientific name] Vulpes vulpes

Output: E, fox control, fox has not been active in Garden since 2009

Wildlife - Royal Botanic Gardens & Domain Trust - Sydney, Australia

Notes - Key: E Exotic, CW ClimateWatch sp.


Input: [Common name] Feral cat [Scientific name] Felis catus

Output: E, cat control

Wildlife - Royal Botanic Gardens & Domain Trust - Sydney, Australia

Notes - Key: E Exotic, CW ClimateWatch sp.


Input: [Typical Application] Threaded fasteners; dip spin parts, small components; screws. [Product Code] 5110 [Description]

Output: Internally reinforced with titanium for improved wear / abrasion resistance, two-coat, high cure, PTFE based, nonstick, coating system designed for a coil coating application technique.

Fasteners - Industrial Coating Guide - Whitford Worldwide


Input: [Typical Application] Threaded fasteners; wood screws. [Product Code] 5164 [Description]

Output: This resin bonded, lubricious, coating is designed to be applied by a dip spin technique.

Fasteners - Industrial Coating Guide - Whitford Worldwide


Input: [Typical Application] Threaded fasteners, particularly for the automotive industry. [Product Code] 5230 [Description]

Output: This resin bonded, coating which is intended to be applied by a dip spin technique is designed to protect small fasteners from corrosion caused by road salt, acid rain and other forms of environmental corrosion. It offers controlled torque tension coupled with excellent corrosion resistance.

Fasteners - Industrial Coating Guide - Whitford Worldwide


Input: [Typical Application] Threaded fasteners for the building industries, including the roofing and appliance industries; fasteners; stampings; end caps; screws. [Product Code] 5250 [Description]

Output: This resin bonded coating, designed for application by a dip spin technique, has a low level of PTFE to facilitate driving through metal without encouraging backout. Lots of colors available.

Fasteners - Industrial Coating Guide - Whitford Worldwide


Input: [Typical Application] Threaded fasteners for the building industries, including the roofing and appliance industries; fasteners; stampings; end caps; screws. [Product Code] 5270 [Description]

Output: This resin bonded coating, designed for application by a dip spin technique, has a low level of PTFE to facilitate driving through metal without encouraging backout. Lots of colors available.

Fasteners - Industrial Coating Guide - Whitford Worldwide


Input: [Typical Application] Threaded fasteners for the building industries, including the roofing and appliance industries; fasteners; stampings; end caps; screws. [Product Code] 5420 [Description]

Output: Protective coating for small fasteners and hardware primarily in the automotive industry. Waterborne alternative to Xylan 5230.

Fasteners - Industrial Coating Guide - Whitford Worldwide


Input: [Typical Application] Threaded fasteners for the building and appliance industries; fasteners; stampings; end caps; screws. [Product Code] 5430 [Description]

Output: Xylan 5430 is a protective coating for small fasteners and hardware. It is a VOC compliant coating that provides good corrosion and UV protection.

Fasteners - Industrial Coating Guide - Whitford Worldwide


Input: [Typical Application] Threaded fasteners for the building, roofing or appliance industries where acid rain resistance is required; stampings; end caps; screws; roofing fasteners; transmission shafts. [Product Code] 5611 [Description]

Output: A zinc rich primer formulated for application using a dip-spin application technique. It enhances the Corrosion resistant provided by Xylan topcoats as measured in the Kesternich test DIN 50018 acid rain test.

Fasteners - Industrial Coating Guide - Whitford Worldwide


Input: [APPETIZERS] Bruschetta with marinated tomato and ricotta salata [1] 5.95 [3] 12.95 [ENTREES]

Output: Your Choice of Pasta with your choice of sauce: please choose from: marinara, ragu, creamy pesto, tomato-basil, aglio-olio or arrabiata sauce


Input: [APPETIZERS] Tender Calamari your preference o Fried or Grilled with possilipo sauce [1] 8.95 [3] 12.95 [ENTREES]

Output: Three Cheese Ravioli baked with tomato-basil sauce or creamy-pesto with mascarpone


Input: [APPETIZERS] Stuffed Mushrooms with shrimp and herbed bread crumbs, garlic, butter and lemon [1] 6.95 [3] 12.95 [ENTREES]

Output: Rigatoni Paesano Italian sausage, broccoli & mushrooms in our signature tomato-basil sauce with mozzarella cheese


Input: [APPETIZERS] Roasted Eggplant topped with goat cheese and our signature tomato-basil sauce [1] 6.95 [3] 16.95 [ENTREES]

Output: Linguine Marechiaro mussels, clams and calamari steamed in a light tomato broth, garnished with garlic bread


Input: [APPETIZERS] Spicy Chicken Wings served with blue cheese dressing [1] 6.95 [3] 12.95 [ENTREES]

Output: Mediterranean Pasta & Chicken penne pasta and chicken breast with spinach, olives, sweet tomatoes, mushrooms, roasted garlic & olive oil topped with ricotta salata


Input: [APPETIZERS] Spicy Calamari tender fried calamari with hot banana peppers & onions [1] 8.95 [3] 12.95 [ENTREES]

Output: Chicken Fettuccine grilled chicken breast and broccoli in creamy pesto sauce


Input: [APPETIZERS] Steamed Mediterranean Mussels in garlic white wine or herbed tomato broth [1] 7.95 [3] 16.95 [ENTREES]

Output: Shrimp & Linguine Primavera in a cream sauce with vegetables, garlic & fresh herbs


Input: [APPETIZERS] Minestrone or Soup of the Day Cup $3.95...Bowl [1] 4.95 [3] 12.95 [ENTREES]

Output: Linguine Spinachi with mushrooms, spinach, sun-dried tomatoes, garlic oil & pesto


Input: [APPETIZERS] Shrimp Oreganata sauteed shrimp with fresh herbs, white wine sauce and cream [1] 7.95 [3] 17.95 [ENTREES]

Output: Fettuccine Gamberoni shrimp, sun-dried tomato& spinach in a tomato-basil sauce


Input: [3] 12.95 [ENTREES]

Output: Fettuccine Marinara with meatballs or italian sausage


Input: [APPETIZERS] House Salad tossed greens with tomatoes, cucumbers, onions, olives & ricotta salata [1] 3.50 [3] 13.95 [ENTREES]

Output: Asiago Stuffed Gnocchi with your choice of tomato-basil sauce or classic ragu sauce


Input: [APPETIZERS] Grilled Chicken Salad green salad, broccoli, tomatoes, vinaigrette & blue cheese [1] 11.95 [3] 17.95 [ENTREES]

Output: Scampi Diavolo linguine and large shrimp in a spice tomato sauce


Input: [APPETIZERS] Caesar Salad small...4.50...Large...8.95...with Grilled Chicken Breast [1] 10.95 [3] 13.95 [ENTREES]

Output: Risotto Italian rice with sautéed spinach, pesto & sun-dried tomato served with your choice of Grilled Chicken Breast or Vegetarian with broccoli and grilled tomato


Input: [APPETIZERS] Caprese Salad with fresh basil, aged balsamic and extra virgin olive oil [1] 4.95 [3] 12.95 [ENTREES]

Output: Chicken Marsala with sautéed mushrooms and sweet marsala wine sauce


Input: [APPETIZERS] Grilled Veal Salad served with baby greens, blue cheese & Italian vinaigrette [1] 13.95 [3] 13.95 [ENTREES]

Output: Sicilian Chicken Breast with a sauce of mushrooms, olives, chile peppers & tomatoes served over Penne marinara


Input: [APPETIZERS] Pasta & Chicken Salad with tomatoes, ricotta salata, & Italian vinaigrette [1] 11.95 [3] 17.95 [ENTREES]

Output: Veal Picatta toasted pine nuts, tomato, and tangy lemon-butter sauce with capers


Input: [APPETIZERS] Grilled Chicken Sandwich red pepper aioli, fontina cheese and mixed greens [1] 11.95 [3] 19.95 [ENTREES]

Output: Veal Saltimboca topped with prosciutto, fontina cheese & sage wine sauce, with a side of Linguine aglio-olio


Input: [APPETIZERS] Sautéed Spinach [1] 4.00 [3] 4.00 [ENTREES]

Output: Balsamic White Beans


Input: [APPETIZERS] Rosemary Potatoes [1] 4.00 [3] 4.00 [ENTREES]

Output: Seasoned Fries


Input: [APPETIZERS] Broccoli Aglio-Olio [1] 4.00 [3] 5.95 [ENTREES]

Output: Side of Pasta Marinara


Input: [APPETIZERS] Side of Meatballs [1] 7.95 [3] 7.95 [ENTREES]

Output: Side of Italian Sausage


Input: Ground Wire (03) [Scooter Harness] Battery Ground [Scooter Color (harness side)] Black n/a [Rostra Color]

Output: Black

BurgmanUSA Knowledgebase : 650 Rostra Cruise Control


Input: Accessory Power w/ 10 amp fuse (05) [Scooter Harness] Battery Positive (Multiple Options, see Figure 9 ) [Scooter Color (harness side)] Red Yellow with a White tracer (if not using other switched source) [Rostra Color]

Output: Brown

BurgmanUSA Knowledgebase : 650 Rostra Cruise Control


Input: Brake Positive w/ 4 amp fuse [Scooter Harness] Rear Brake Switch from the left handlebar switch cluster on the Main Harness side of the connector [Scooter Color (harness side)] Orange with a Green tracer Black with a Red tracer (Front Brake Switch) [Rostra Color]

Output: Red

BurgmanUSA Knowledgebase : 650 Rostra Cruise Control


Input: Brake Negative (02) [Scooter Harness] Rear Brake Switch from the left handlebar switch cluster on the Main Harness side of the connector [Scooter Color (harness side)] White with a Black tracer Black with a Blue tracer (Front Brake Switch) [Rostra Color]

Output: Violet

BurgmanUSA Knowledgebase : 650 Rostra Cruise Control


Input: Tachometer (08) [Scooter Harness] Ground to Rostra Harness Black wire [Scooter Color (harness side)] Black n/a [Rostra Color]

Output: Dark Blue

BurgmanUSA Knowledgebase : 650 Rostra Cruise Control


Input: Vehicle Speed Sensor (06) [Scooter Harness] ECM/PCM (Pin 7) Most will find running this back to the speed sensor connector in the rear an easier option [Scooter Color (harness side)] Pink (ECM/PCM) - or - White (Speed Sensor connector) n/a [Rostra Color]

Output: Gray

BurgmanUSA Knowledgebase : 650 Rostra Cruise Control


Input: Neutral Safety (09) [Scooter Harness] Not used, should be left unconnected - Option Note: Will immediately disengage cruise if grounded [Scooter Color (harness side)] n/a n/a [Rostra Color]

Output: Light Green

BurgmanUSA Knowledgebase : 650 Rostra Cruise Control


Input: Enable Output (10) [Scooter Harness] Control Switch Harness or other custom location (optional, not required) [Scooter Color (harness side)] Pink n/a [Rostra Color]

Output: Orange

BurgmanUSA Knowledgebase : 650 Rostra Cruise Control


Input: 4 Pin Switch Connector [Scooter Harness] Connected to Main Module mating connector [Scooter Color (harness side)] Multiple colors n/a [Rostra Color]

Output: Multiple colors

BurgmanUSA Knowledgebase : 650 Rostra Cruise Control


Input: 2 Pin Switch Connector (Customized) [Scooter Harness] Connected to Main Module mating connector (Customized) [Scooter Color (harness side)] Multiple colors n/a [Rostra Color]

Output: Multiple colors

BurgmanUSA Knowledgebase : 650 Rostra Cruise Control


Input: [Alligator Snapping Turtle] Macroclemys temminckii [Common Snapping Turtle] Chelydra serpentina [Common Name]

Output: Latin Name


Input: [Alligator Snapping Turtle] Up to 300 pounds, 31 inches long [Common Snapping Turtle] Up to 86 pounds, 20 inches long (usually 12 inches) [Common Name]

Output: Adult Size


Input: [Alligator Snapping Turtle] February to May [Common Snapping Turtle] Spring [Common Name]

Output: Mating Season


Input: [Alligator Snapping Turtle] Late spring to early fall [Common Snapping Turtle] Spring [Common Name]

Output: Laying Season


Input: [Alligator Snapping Turtle] 6 to 80+ (depends on her size) [Common Snapping Turtle] 8 to 30+ (depends on her size) [Common Name]

Output: Clutch Size


Input: [Alligator Snapping Turtle] 3 to 4 months in nature; 82 days at 86 degrees F in an incubator [Common Snapping Turtle] 50 to 100 days (temperature dependent) [Common Name]

Output: Incubation Period


Input: [Common Snapping Turtle] Newborns may overwinter in nest [Common Name]

Output: Other


Input: [Drug Name] Leukine 500 mcg [Change Type] This drug has been removed from the formulary. [Alternative Options] Please ask your doctor to prescribe a drug that is on the formulary (drug list) to treat your condition. [Estimated Cost of Alternative] Your drug cost will depend on your specific prescription drug plan and the formulary alternative prescribed by your doctor. [Reason for Change]

Output: This drug has been withdrawn or discontinued by the manufacturer.


Input: [Drug Name] Freamine III 8.5% [Change Type] This drug has been removed from the formulary. [Alternative Options] Please ask your doctor to prescribe a drug that is on the formulary (drug list) to treat your condition. [Estimated Cost of Alternative] Your drug cost will depend on your specific prescription drug plan and the formulary alternative prescribed by your doctor. [Reason for Change]

Output: This drug has been withdrawn or discontinued by the manufacturer.


Input: [Drug Name] Elspar [Change Type] This drug has been removed from the formulary. [Alternative Options] Please ask your doctor to prescribe a drug that is on the formulary (drug list) to treat your condition. [Estimated Cost of Alternative] Your drug cost will depend on your specific prescription drug plan and the formulary alternative prescribed by your doctor. [Reason for Change]

Output: This drug has been withdrawn or discontinued by the manufacturer.


Input: [Drug Name] Astramorph [Change Type] This drug has been removed from the formulary. [Alternative Options] Please ask your doctor to prescribe a drug that is on the formulary (drug list) to treat your condition. [Estimated Cost of Alternative] Your drug cost will depend on your specific prescription drug plan and the formulary alternative prescribed by your doctor. [Reason for Change]

Output: This drug has been withdrawn or discontinued by the manufacturer.


Input: [Drug Name] Azathioprine injection [Change Type] This drug has been removed from the formulary. [Alternative Options] Please ask your doctor to prescribe a drug that is on the formulary (drug list) to treat your condition. [Estimated Cost of Alternative] Your drug cost will depend on your specific prescription drug plan and the formulary alternative prescribed by your doctor. [Reason for Change]

Output: This drug has been withdrawn or discontinued by the manufacturer.


Input: [Drug Name] Oxandrin 2.5mg and 10mg [Change Type] This drug has been removed from the formulary. [Alternative Options] Please ask your doctor to prescribe a drug that is on the formulary (drug list) to treat your condition. [Estimated Cost of Alternative] Your drug cost will depend on your specific prescription drug plan and the formulary alternative prescribed by your doctor. [Reason for Change]

Output: This drug manufacturer has discontinued participation in the Coverage Gap Discount Program.


Input: [Drug Name] Krystexxa inj 8mg/ml [Change Type] This drug has been removed from the formulary. [Alternative Options] Please ask your doctor to prescribe a drug that is on the formulary (drug list) to treat your condition. [Estimated Cost of Alternative] Your drug cost will depend on your specific prescription drug plan and the formulary alternative prescribed by your doctor. [Reason for Change]

Output: This drug manufacturer has discontinued participation in the Coverage Gap Discount Program.


Input: [Features] Permanent Results [Ejaculation Trainer] YES [Other eBooks] *Depends [Creams & Sprays] NO [Herbal Pills]

Output: NO


Input: [Features] Addresses the Root Causes of PE [Ejaculation Trainer] YES [Other eBooks] NO [Creams & Sprays] NO [Herbal Pills]

Output: NO


Input: [Features] Convenient [Ejaculation Trainer] YES [Other eBooks] YES [Creams & Sprays] NO [Herbal Pills]

Output: YES


Input: [Features] Covers EVERY Aspect of Reversing PE [Ejaculation Trainer] YES [Other eBooks] NO!!! [Creams & Sprays] NO [Herbal Pills]

Output: NO


Input: [Features] Track Record of Real Success [Ejaculation Trainer] YES [Other eBooks] NO [Creams & Sprays] NO [Herbal Pills]

Output: NO


Input: [Features] Scientifically Proven to be Effective [Ejaculation Trainer] YES [Other eBooks] NO [Creams & Sprays] YES [Herbal Pills]

Output: NO


Input: [Features] Technical Support for All Questions [Ejaculation Trainer] YES [Other eBooks] Varies [Creams & Sprays] Varies [Herbal Pills]

Output: Varies


Input: [Features] All Natural & Safe [Ejaculation Trainer] YES [Other eBooks] Usually [Creams & Sprays] NO [Herbal Pills]

Output: YES


Input: [Features] Inexpensive [Ejaculation Trainer] YES [Other eBooks] YES [Creams & Sprays] NO [Herbal Pills]

Output: NO


Input: [0] Category [1] Name [2]

Output: Description

Education Research Vicuna for the Apparel Industry


Input: [0] Kingdom [1] Animalia [2]

Output: Animals: Multi-cellular systems living by ingestion

Education Research Vicuna for the Apparel Industry


Input: [0] Phylum [1] Chordata [2]

Output: Cordados: Animals with spinal cord or nervous system

Education Research Vicuna for the Apparel Industry


Input: [0] Subphylum [1] Vertebrata [2]

Output: Vertebrates: Cordados with a spinal column

Education Research Vicuna for the Apparel Industry


Input: [0] Upper Class [1] Tetrapodos [2]

Output: Vertebrates with four paws

Education Research Vicuna for the Apparel Industry


Input: [0] Class [1] Mamalia [2]

Output: Mammals: they have hair on their skin

Education Research Vicuna for the Apparel Industry


Input: [0] Order [1] Artiodactyla [2]

Output: Mammals with even hooves

Education Research Vicuna for the Apparel Industry


Input: [0] Family [1] Camelidae [2]

Output: Camels

Education Research Vicuna for the Apparel Industry


Input: [0] Tribe [1] Lamini [2]

Output: South Amercian Camelids

Education Research Vicuna for the Apparel Industry


Input: [0] Type [1] Vicugna [2]

Output: Vicu a

Education Research Vicuna for the Apparel Industry


Input: [0] Species [1] Vicugna [2]

Output: Vicu a

Education Research Vicuna for the Apparel Industry


Input: [Possible Cause] An analog ohmmeter (using a moving needle) was used to take the reading. [Solution] Obtain a digital ohmmeter able to read 0 to 20,000 ohms and re-measure the resistance. [Problem]

Output: Cable resistance measurement is outside the range printed on the nameplate label.

Blog : Flooring Supply Shop, Flooring and Floors Heating Supply Discount Warehouse


Input: [Possible Cause] Cable has been damaged. [Solution] Measure cable resistance. Check for both “open circuit” and “short circuit” as detailed earlier in this manual. If damaged, record resistances between all wires and contact the manufacturer. [Problem]

Output: Floor does not get warm.

Blog : Flooring Supply Shop, Flooring and Floors Heating Supply Discount Warehouse


Input: [Possible Cause] Incorrect wiring. The control was “bypassed” when it was wired to the power supply. [Solution] Make sure wiring connections are correct. Consult the wiring diagram on the back of the control, the instructions that came with the control, or the wiring diagrams in Appendix 2. [Problem]

Output: Floor heats continuously.

Blog : Flooring Supply Shop, Flooring and Floors Heating Supply Discount Warehouse


Input: [Possible Cause] Floor sensor is not wired properly, or is located incorrectly. [Solution] Make sure only one floor sensor is connected to the control. [Problem]

Output: Floor temperature shows much higher than what the floor feels like.

Blog : Flooring Supply Shop, Flooring and Floors Heating Supply Discount Warehouse


Input: [Possible Cause] If a programmable control, the programming may be incorrect. [Solution] Carefully read and follow control programming instructions. [Problem]

Output: Control is not working correctly.

Blog : Flooring Supply Shop, Flooring and Floors Heating Supply Discount Warehouse


Input: [Possible Cause] No power is supplied. [Solution] Check circuit breaker. Measure voltage at the control. Check all connections between breaker and control. [Problem]

Output: Control is not working at all.

Blog : Flooring Supply Shop, Flooring and Floors Heating Supply Discount Warehouse


Input: [Possible Cause] An electric motor or a ballasted light source is sharing the circuit with the cable(s). [Solution] Electric motors and other electrical devices can cause a GFCI to false-trip. Run a dedicated circuit to the floor-warming system. [Problem]

Output: GFCI conflicts and false-trips.

Blog : Flooring Supply Shop, Flooring and Floors Heating Supply Discount Warehouse


Input: [Product] Rating [Vimax Patches] #1 [ProEnhance] #2 [Maxiderm]


Input: [Product] Doctor approved [Vimax Patches] Yes [ProEnhance] Yes [Maxiderm]

Output: Yes


Input: [Product] Erection Enhancement [Vimax Patches] Excellent [ProEnhance] Excellent [Maxiderm]

Output: Very good


Input: [Product] Libido Enhancement [Vimax Patches] Excellent [ProEnhance] Very good [Maxiderm]

Output: Excellent


Input: [Product] Ejaculation Control [Vimax Patches] Excellent [ProEnhance] Excellent [Maxiderm]

Output: Very good


Input: [Product] Cost [Vimax Patches] Very good [ProEnhance] Very good [Maxiderm]

Output: Very good


Input: [Product] Money Back Guarantee [Vimax Patches] Very good [ProEnhance] Excellent [Maxiderm]

Output: Very good


Input: [Product] Worldwide Shipping and Cost [Vimax Patches] Charged [ProEnhance] Charged [Maxiderm]

Output: Charged


Input: [Product] Bonuses [Vimax Patches] Very good [ProEnhance] Very good [Maxiderm]

Output: Very good


Input: [Product] Ingredients [Vimax Patches] Excellent [ProEnhance] Excellent [Maxiderm]

Output: Very Good


Input: [Product] Results success rate [Vimax Patches] 97.8% [ProEnhance] 94.7% [Maxiderm]

Output: 93.4%


Input: [Product] Website [Vimax Patches] Visit [ProEnhance] Visit [Maxiderm]

Output: Visit


Input: [Product] Product review [Vimax Patches] Click to read [ProEnhance] Click to read [Maxiderm]

Output: Click to read


Input: [Problem] Scale Build-up within the Cell. [Cause] The water being purified contains high pH, total alkalinity and calcium hardness levels. [Solution]

Output: Calculate Langelier's index to assure balanced water. Adjust chemicals if needed and clean the Cell as described above.


Input: [Problem] DC Plug and Cell Terminals Burned. [Cause] The Cell plug is not securely pushed onto the cell terminals, allowing moisture to seep into the plug. The Cell terminals leak. [Solution]

Output: Ensure the Cell cord plug is pressed completely onto the Cell terminal. Check the terminals and clean with a dry cloth to remove dirt and corrosion. Contact the factory for Warranty Status/Procedures.


Input: [Problem] Premature Cell Failure (Requires Replacement Cell). [Cause] Abnormally high Cell usage due to an insufficient Stabilizer (Cyanuric acid) level. Debris in the Cell. [Solution]

Output: Check the stabilizer level as recommended and adjust. Inspect the Cell monthly and clean debris if needed.


Input: [Problem] White Flakes in the Water. [Cause] This occurs when excessive calcium hardness is present. This should cease after a few days. . [Solution]

Output: Visually inspect Cell for scale build-up and clean the cell as described above. Adjust your water chemistry as needed.


Input: [Problem] "NO FLOW" Message. [Cause] Insufficient Flow (Min. 15 gpm) A Flow switch wire is loose. [Solution]

Output: Ensure your Filter and Cell are clean of debris. Ensure there are no valves diverting flow away from the cell. Check each end for tightness onto the terminals.


Input: [Problem] "LOW AMPS" message. [Cause] Very cold pool water. The Cell is scaled. Possible Cell failure. [Solution]

Output: Lower the output and add a Non-Chlorine Shock containing Potassium Monopersulfate to the pool until the water temperature rises above 50?F. See #2 of this section. Check with a 957 tester and replace if needed. Also see #4 of this section.


Input: [Problem] No GREEN CELL light (Cell Life Depleted). [Cause] Low Cell Amperage. The Cell Cord is Disconnected from the Cell. Fuse Blown on Power Module. [Solution]

Output: Replace cell. Ensure that the cord is firmly pressed into the cell. Replace Fuse. See Owner's Manual for fuse rating and location.


Input: [Lead-Acid Batteries] 29 WH/KG [SolarLine Silicone Batteries] 45 WH/KG [Results] Higher Capacity [Features]

Output: Energy/Unit Weight

Silicone Battery (batteries) for Renewable Energy Storage


Input: [Lead-Acid Batteries] 280 [SolarLine Silicone Batteries] 400 [Results] Higher Charging Cycles [Features]

Output: Charging Cycles (Including Charging and Discharging)

Silicone Battery (batteries) for Renewable Energy Storage


Input: [Lead-Acid Batteries] Sealed (with a pressure relief valve) [SolarLine Silicone Batteries] Tightly Sealed [Results] Acid mist/maintenance free and safe [Features]

Output: Degree of Sealing

Silicone Battery (batteries) for Renewable Energy Storage


Input: [Lead-Acid Batteries] Sulfuric Acid [SolarLine Silicone Batteries] Silicate Compunds [Results] Pollution Free and Environmentally Friendly [Features]

Output: Electrolyte

Silicone Battery (batteries) for Renewable Energy Storage


Input: [Lead-Acid Batteries] 4-8 HR [SolarLine Silicone Batteries] 2-4 HR [Results] Shorter charging time [Features]

Output: Regular Charging Time

Silicone Battery (batteries) for Renewable Energy Storage


Input: [Lead-Acid Batteries] 2-3 HR [SolarLine Silicone Batteries] .5 HR [Results] Much shorter charging time [Features]

Output: Rapid Charging

Silicone Battery (batteries) for Renewable Energy Storage


Input: [Lead-Acid Batteries] >0.5 micro Ohm [SolarLine Silicone Batteries] <0.05 micr Ohm [Results] 10 times less when fully charged; 20 times less when fully discharged [Features]

Output: Internal Resistance

Silicone Battery (batteries) for Renewable Energy Storage


Input: [Lead-Acid Batteries] ≤ 15% per month [SolarLine Silicone Batteries] ≤ 10% per 2 years [Results] Significantly lower self discharging rate over long period of time [Features]

Output: Self Charging Rate

Silicone Battery (batteries) for Renewable Energy Storage


Input: [Lead-Acid Batteries] 3-7 c [SolarLine Silicone Batteries] 10-19 c [Results] 2.5 – 3 times better [Features]

Output: High current output

Silicone Battery (batteries) for Renewable Energy Storage


Input: [Lead-Acid Batteries] 1.8 V [SolarLine Silicone Batteries] 1.2-1.8 V [Results] 0.2-0.6 V [Features]

Output: Lowest End-point Voltage After Discharging

Silicone Battery (batteries) for Renewable Energy Storage


Input: [Lead-Acid Batteries] Memory effect at low voltage zone [SolarLine Silicone Batteries] No memory effect [Results] No memory effect extends the service life of the battery [Features]

Output: Memory Effect from Charging or Discharging

Silicone Battery (batteries) for Renewable Energy Storage


Input: [Lead-Acid Batteries] Relatively poor [SolarLine Silicone Batteries] Particularly strong [Results] Results [Features]

Output: Recovery After Discharge

Silicone Battery (batteries) for Renewable Energy Storage


Input: [Lead-Acid Batteries] 3-6 months [SolarLine Silicone Batteries] 1-2years [Results] Much longer storage time with minimal discharing conditions [Features]

Output: Storage Time Without Charging

Silicone Battery (batteries) for Renewable Energy Storage


Input: [Lead-Acid Batteries] Output drops dramatically below 0ºC [SolarLine Silicone Batteries] Functions normally at -40ºC [Results] Functions normally at extreme conditions: -40ºC to + 70ºC [Features]

Output: Low Temperature Performance

Silicone Battery (batteries) for Renewable Energy Storage


Input: [Lead-Acid Batteries] 1.0 c [SolarLine Silicone Batteries] 2.5 c [Results] 2.5 times higher [Features]

Output: Highest Charging Current Available

Silicone Battery (batteries) for Renewable Energy Storage


Input: [Lead-Acid Batteries] 2 years [SolarLine Silicone Batteries] 5-10 years [Results] Longer service life with lower maintenance costs [Features]

Output: Service Life

Silicone Battery (batteries) for Renewable Energy Storage


Input: [Acid Reflux / Heartburn] Asperger [ADD / ADHD] Asthma [Arthritis] Autism [Allergies]

Output: Athletic Injuries

Epilepsy Symptoms Treatment | NUCCA Upper Cervical Health Care | Atlas Awareness


Input: [Acid Reflux / Heartburn] Back Pain [ADD / ADHD] Bulging Discs [Arthritis] Cerebral Palsy [Allergies]

Output: Carpal Tunnel Syndrome

Epilepsy Symptoms Treatment | NUCCA Upper Cervical Health Care | Atlas Awareness


Input: [Acid Reflux / Heartburn] Chronic Fatigue Syndrome [ADD / ADHD] Dyslexia [Arthritis] Earache [Allergies]

Output: Dystonia

Epilepsy Symptoms Treatment | NUCCA Upper Cervical Health Care | Atlas Awareness


Input: [Acid Reflux / Heartburn] Epilepsy / Seizures [ADD / ADHD] Fibromyalgia [Arthritis] Heart Conditions [Allergies]

Output: Headaches

Epilepsy Symptoms Treatment | NUCCA Upper Cervical Health Care | Atlas Awareness


Input: [Acid Reflux / Heartburn] Herniated Discs [ADD / ADHD] High Blood Pressure [Arthritis] Infections [Allergies]

Output: Hydrocephalus

Epilepsy Symptoms Treatment | NUCCA Upper Cervical Health Care | Atlas Awareness


Input: [Acid Reflux / Heartburn] Irritable Bowel Syndrome [ADD / ADHD] Jaw Pain [Arthritis] Knee Problems [Allergies]

Output: Joint Dysfunction

Epilepsy Symptoms Treatment | NUCCA Upper Cervical Health Care | Atlas Awareness


Input: [Acid Reflux / Heartburn] Menieres [ADD / ADHD] Migraine Headaches [Arthritis] Muscle Spasms [Allergies]

Output: Multiple Sclerosis

Epilepsy Symptoms Treatment | NUCCA Upper Cervical Health Care | Atlas Awareness


Input: [Acid Reflux / Heartburn] Neck Pain [ADD / ADHD] Neurological Conditions [Arthritis] Parkinson's Disease [Allergies]

Output: Osteoarthritis

Epilepsy Symptoms Treatment | NUCCA Upper Cervical Health Care | Atlas Awareness


Input: [Acid Reflux / Heartburn] Post Polio [ADD / ADHD] Post Traumatic Stress [Arthritis] Scoliosis [Allergies]

Output: Rheumatoid Arthritis

Epilepsy Symptoms Treatment | NUCCA Upper Cervical Health Care | Atlas Awareness


Input: [Acid Reflux / Heartburn] Sinus Pressure [ADD / ADHD] Sleeping Disorders [Arthritis] Thyroid [Allergies]

Output: Tendonitis

Epilepsy Symptoms Treatment | NUCCA Upper Cervical Health Care | Atlas Awareness


Input: [Acid Reflux / Heartburn] Tinnitus / Ringing in Ears [ADD / ADHD] TMJ [Arthritis] Tourette Syndrome [Allergies]

Output: Torticollis

Epilepsy Symptoms Treatment | NUCCA Upper Cervical Health Care | Atlas Awareness


Input: [Acid Reflux / Heartburn] Trigeminal Neuralgia [ADD / ADHD] Vertigo / Dizziness [Allergies]

Output: Whiplash Injuries

Epilepsy Symptoms Treatment | NUCCA Upper Cervical Health Care | Atlas Awareness


Input: [Type of Dystonia] Primary generalised dystonia [Part of the body affected] Throughout the body, particularly the trunk [Symptoms]

Output: • Turning in or dragging of foot or leg • Clumsy or unsteady walking • Painful twisting postures • Can lead to permanent deformity • Spread to involve other parts of body


Input: [Type of Dystonia] Cervical dystonia [Part of the body affected] Neck [Symptoms]

Output: • Causes head to twist • Often associated with tremor • Can be extremely painful


Input: [Type of Dystonia] Blepharospasm [Part of the body affected] Around the eyes [Symptoms]

Output: • Excessive blinking • In more severe cases, eyes can spontaneously clamp shut


Input: [Type of Dystonia] Oromandibular dystonia [Part of the body affected] Jaw, tongue and/or mouth [Symptoms]

Output: • Strange movements of face and mouth • In some cases, eating and swallowing difficult


Input: [Type of Dystonia] Laryngeal dystonia or spasmodic dysphonia [Part of the body affected] Vocal cords [Symptoms]

Output: • Affects speech – voice either strangled or breathy


Input: [Type of Dystonia] Focal hand dystonia [Part of the body affected] Forearm and/or hand (also called writer’s cramp) [Symptoms]

Output: • Hand and/or fingers contort, twist or go into spasm when used • Often specific to tasks


Input: [Type of Dystonia] Myoclonus dystonia [Part of the body affected] Neck, trunk and arms [Symptoms]

Output: • Jerking movements combined with other symptoms of dystonia


Input: [Type of Dystonia] Dopa-reponsive dystonia [Part of the body affected] Throughout the body, particularly the trunk and legs [Symptoms]

Output: • Turning in or dragging of foot or leg • Clumsy or unsteady walking / affects mobility • Painful twisting postures • Symptoms worsen as day goes on • Good response to drug levo-dopa


Input: [Type of Dystonia] Paroxysmal Dystonia [Part of the body affected] All or part of the body [Symptoms]

Output: • Episodes during which dystonia affects the body – often hemidystonia or generalied • Episodes last from minutes to hours • Between episodes no sign of a problem


Input: [Type of Dystonia] Tardive dystonia [Part of the body affected] One or more of face, tongue, trunk, neck, arm, leg [Symptoms]

Output: • Face and/or tongue movements • Spasms of trunk, neck, arm and/or leg


Input: [Type of Dystonia] Secondary dystonia [Part of the body affected] From focal to total body involvement with difficult [Symptoms]

Output: • Spasms in face, trunk and/or limbs • Difficulty feeding, sitting, lying, sleeping • Difficulty with speech or unable to speak


Input: [0] H [2]

Output: Hydrophobicity. A measure of the ability of the stationary phase to retain hydrophobic compounds. Traditionally ‘carbon loading’ was used as a measure of this parameter, but this took no account of several key effects (e.g. efficiency of ligand bonding process, ligand accessibility / performance and the degree / type of endcapping used. The PQRI ‘H’ value provides a far more quantifiable practical value to this critical feature. ‘H’ gives a measure of retention, but has only a minor effect on selectivity.


Input: [0] S [2]

Output: Steric or shape effect. The ability of the stationary phase to discriminate between molecules of similar size / LogP, but with a different 3D shape. This can have a significant effect on selectivity. In some cases, this parameter can be exploited to allow resolution of isomers.


Input: [0] A [2]

Output: Hydrogen Bond Acidity. Generally a desirable feature that gives a level of secondary interaction via low activity silanol groups on the support surface. This influences selectivity, particularly with retention of weakly basic molecules without excessive peak tailing. Many phases with high A values provide the ability to use 100% aqueous mobile phases.


Input: [0] B [2]

Output: Hydrogen Bond Basicity. Desirable feature built into certain stationary phases (e.g. polar embedded phases) to provide significantly modified selectivity. Larger ‘B’ values can have considerable effects in enhancing retention of weak acids.


Input: [0] C (2.8) [2]

Output: Silanol Ionisation at pH 2.8. At this pH, all residual silanol groups should be in the less active (un-ionized , vicinal) form. Any acidic silanols that have been activated (e.g. by metal ions in stationary phase support) remain charged and can have significant detrimental effect, particularly with excessive tailing of bases. More traditional phases tend to have high C (2.8) values, with resulting poor peak shape.


Input: [0] C (7.0) [2]

Output: Silanol Ionisation at pH 7.0. At this pH, all residual silanol groups should be fully ionized and the C (7.0) value gives a measure of the total amount of ionized silanol groups available for secondary interaction with analytes. For optimal alternative selectivity, ideally we should have a large C(7.0) – giving large amounts of silanols available for secondary interactions, but a low C (2.8) – low amounts of activated silanols that cause peak tailing.


Input: [1] Tees [Steel Buttweld Pipe Fittings]

Output: 90° Elbows

United Metals | Industrial Pipe, Pipe Fittings and Pipe Forgings


Input: [1] Reducing Tees [Steel Buttweld Pipe Fittings]

Output: 45° Elbows

United Metals | Industrial Pipe, Pipe Fittings and Pipe Forgings


Input: [1] Return Bends [Steel Buttweld Pipe Fittings]

Output: Reducing Elbows

United Metals | Industrial Pipe, Pipe Fittings and Pipe Forgings


Input: [1] Concentric Reducers [Steel Buttweld Pipe Fittings]

Output: Caps

United Metals | Industrial Pipe, Pipe Fittings and Pipe Forgings


Input: [1] Eccentric Reducers [Steel Buttweld Pipe Fittings]

Output: Crosses

United Metals | Industrial Pipe, Pipe Fittings and Pipe Forgings


Input: [1] Special Radius Bends [Steel Buttweld Pipe Fittings]

Output: Reducing Crosses

United Metals | Industrial Pipe, Pipe Fittings and Pipe Forgings


Input: [1] Special Flow Tees [Steel Buttweld Pipe Fittings]

Output: Stub Ends

United Metals | Industrial Pipe, Pipe Fittings and Pipe Forgings


Input: [Solution] Re-tension the Poly-V Belt to have no less than 1/8-inch deflection [Symptom]

Output: Machine bogs down when ripping

Shopsmith Mark V -- Troubleshooting Common Problems


Input: [Solution] Check to see if you turned off your machine on high speed. If so, unplug your machine and install the sanding disc. Rotate the disc counter-clockwise by hand while turning the speed dial to slow [Symptom]

Output: Circuit breaker blows when you turn machine on

Shopsmith Mark V -- Troubleshooting Common Problems


Input: [Solution] Oil sheaves. Check speed control quadrant assembly for lubrication [Symptom]

Output: Speed dial is difficult to turn

Shopsmith Mark V -- Troubleshooting Common Problems


Input: [Solution] Check for loose wires. Replace switch, if necessary [Symptom]

Output: Nothing happens when turning machine on

Shopsmith Mark V -- Troubleshooting Common Problems


Input: [Solution] Check serrated washers. Clean with wire brush or replace [Symptom]

Output: Depth control dial won't lock

Shopsmith Mark V -- Troubleshooting Common Problems


Input: [Solution] Check quill spring housing to see if spring has slipped. Make sure indentation on quill spring housing aligns with setscrew used to lock housing in place [Symptom]

Output: Bit drills deeper than setting on depth dial

Shopsmith Mark V -- Troubleshooting Common Problems


Input: [Solution] Wax (or rotate) way tubes [Symptom]

Output: Headstock is difficult to slide on way tubes

Shopsmith Mark V -- Troubleshooting Common Problems


Input: [Solution] Extend quill to achieve necessary clearance [Symptom]

Output: Saw blade hits table insert when tilting table to 45-degrees

Shopsmith Mark V -- Troubleshooting Common Problems


Input: [Solution] Heat in oven, with iron or heat gun to soften glue [Symptom]

Output: Sandpaper difficult to remove from disc

Shopsmith Mark V -- Troubleshooting Common Problems


Input: [Solution] Clean threaded rod with wire brush, then lubricate with powdered graphite [Symptom]

Output: Headstock lock squeaks when tightening

Shopsmith Mark V -- Troubleshooting Common Problems


Input: [Alkalizing] apple cider vinegar*** [Acidifying] artifical sweeteners [Slightly Acidifying]

Output: brown rice syrup


Input: [Alkalizing] cold pressed vegetable oils [Acidifying] brown sugar [Slightly Acidifying]

Output: fructose


Input: [Alkalizing] green herbs [Acidifying] canned & processed foods [Slightly Acidifying]

Output: heat pressed vegetable oils


Input: [Alkalizing] sea salt [Acidifying] capers [Slightly Acidifying]

Output: honey


Input: [Alkalizing] stevia [Acidifying] heated oils [Slightly Acidifying]

Output: maple syrup


Input: [Acidifying] hydrogenated oils [Slightly Acidifying]

Output: pickles


Input: [Acidifying] ketchup [Slightly Acidifying]

Output: raw cane sugar


Input: [Acidifying] lard [Slightly Acidifying]

Output: vinegar


Input: [Sr.No.] 1 [Possible Cause] Pump may be air locked [Corrective Action] If this test fails to correct the trouble, proceed with the steps that follow. [Check]

Output: Stop and start the pump several times, waiting about one minute between cycles. If the pump then resumes normal delivery, air lock was the trouble.

Troubleshooting Technical Query, Kiwi Pumps, Manufacturers and exporters 3" Submersible Pumps, 3" borehole pumps manufacturer, 4" borehole Submersible Pumps, 6" borehole Submersible Pumps, 8" borehole Submersible Pumps, Openwell pumps, Pond pumps,electric submersible pumps exporter in India, Water pumps, submersible pumps, centrifugal pump manufacturer,borewell submersible pumps,holebore submersible pumps, deepwell submersible pumps,deep well submersible pumps,well submersible pumps, electric submersible pumps.


Input: [Sr.No.] 2 [Possible Cause] Low voltage [Corrective Action] Install larger wire from meter to control box. Install larger wire from control box to pump. If necessary, have power company raise power supply voltage. [Check]

Output: Check voltage at control box with pump running. Check incoming wire size and power supply wire size against chart in your manual.

Troubleshooting Technical Query, Kiwi Pumps, Manufacturers and exporters 3" Submersible Pumps, 3" borehole pumps manufacturer, 4" borehole Submersible Pumps, 6" borehole Submersible Pumps, 8" borehole Submersible Pumps, Openwell pumps, Pond pumps,electric submersible pumps exporter in India, Water pumps, submersible pumps, centrifugal pump manufacturer,borewell submersible pumps,holebore submersible pumps, deepwell submersible pumps,deep well submersible pumps,well submersible pumps, electric submersible pumps.


Input: [Sr.No.] 3 [Possible Cause] Water level in well too low [Corrective Action] If partial restriction corrects trouble, leave valve or cock at restricted setting. Otherwise, lower pump in well if depth is sufficient. Do not lower if sand clogging might occur. [Check]

Output: Amount of water in well (recovery rate) may be too low for pump capacity. Restrict the flow of pump output, then wait for well to recover and start pump.

Troubleshooting Technical Query, Kiwi Pumps, Manufacturers and exporters 3" Submersible Pumps, 3" borehole pumps manufacturer, 4" borehole Submersible Pumps, 6" borehole Submersible Pumps, 8" borehole Submersible Pumps, Openwell pumps, Pond pumps,electric submersible pumps exporter in India, Water pumps, submersible pumps, centrifugal pump manufacturer,borewell submersible pumps,holebore submersible pumps, deepwell submersible pumps,deep well submersible pumps,well submersible pumps, electric submersible pumps.


Input: [Sr.No.] 4 [Possible Cause] Discharge line check valve installed backward [Corrective Action] Reverse the valve, if necessary. [Check]

Output: Examine check valve on discharge line to make sure that the arrow indicating direction of flow points in the right direction.

Troubleshooting Technical Query, Kiwi Pumps, Manufacturers and exporters 3" Submersible Pumps, 3" borehole pumps manufacturer, 4" borehole Submersible Pumps, 6" borehole Submersible Pumps, 8" borehole Submersible Pumps, Openwell pumps, Pond pumps,electric submersible pumps exporter in India, Water pumps, submersible pumps, centrifugal pump manufacturer,borewell submersible pumps,holebore submersible pumps, deepwell submersible pumps,deep well submersible pumps,well submersible pumps, electric submersible pumps.


Input: [Sr.No.] 5 [Possible Cause] Leak in drop pipe [Corrective Action] Replace the damaged section of drop pipe. [Check]

Output: Raise the pipe and examine for leaks.

Troubleshooting Technical Query, Kiwi Pumps, Manufacturers and exporters 3" Submersible Pumps, 3" borehole pumps manufacturer, 4" borehole Submersible Pumps, 6" borehole Submersible Pumps, 8" borehole Submersible Pumps, Openwell pumps, Pond pumps,electric submersible pumps exporter in India, Water pumps, submersible pumps, centrifugal pump manufacturer,borewell submersible pumps,holebore submersible pumps, deepwell submersible pumps,deep well submersible pumps,well submersible pumps, electric submersible pumps.


Input: [Sr.No.] 6 [Possible Cause] Pump check valve jammed by drop pipe [Corrective Action] Unscrew the drop pipe and cut off a portion of threads. [Check]

Output: When pump is pulled after completing step 5, examine connection of drop pipe to pump outlet. If threaded section of drop pipe has been screwed in too far, it may be jamming the pump's check valve in the closed position.

Troubleshooting Technical Query, Kiwi Pumps, Manufacturers and exporters 3" Submersible Pumps, 3" borehole pumps manufacturer, 4" borehole Submersible Pumps, 6" borehole Submersible Pumps, 8" borehole Submersible Pumps, Openwell pumps, Pond pumps,electric submersible pumps exporter in India, Water pumps, submersible pumps, centrifugal pump manufacturer,borewell submersible pumps,holebore submersible pumps, deepwell submersible pumps,deep well submersible pumps,well submersible pumps, electric submersible pumps.


Input: [Sr.No.] 7 [Possible Cause] Pump intake screen blocked [Corrective Action] Clean the screen and when reinstalling the pump, make sure that it is located several feet above the well bottom-preferably 10 feet or more. [Check]

Output: The intake screen on the pump may be blocked by sand or mud. Examine.

Troubleshooting Technical Query, Kiwi Pumps, Manufacturers and exporters 3" Submersible Pumps, 3" borehole pumps manufacturer, 4" borehole Submersible Pumps, 6" borehole Submersible Pumps, 8" borehole Submersible Pumps, Openwell pumps, Pond pumps,electric submersible pumps exporter in India, Water pumps, submersible pumps, centrifugal pump manufacturer,borewell submersible pumps,holebore submersible pumps, deepwell submersible pumps,deep well submersible pumps,well submersible pumps, electric submersible pumps.


Input: [Sr.No.] 8 [Possible Cause] Pump parts worn [Corrective Action] Pull the pump and replace worn components.. [Check]

Output: The presence of abrasives in the water may result in excessive wear on the impeller, casing and other close-clearance parts. Before pulling the pump, reduce setting on pressure to see if the pump shuts off. If it does, worn parts are probably at fault.

Troubleshooting Technical Query, Kiwi Pumps, Manufacturers and exporters 3" Submersible Pumps, 3" borehole pumps manufacturer, 4" borehole Submersible Pumps, 6" borehole Submersible Pumps, 8" borehole Submersible Pumps, Openwell pumps, Pond pumps,electric submersible pumps exporter in India, Water pumps, submersible pumps, centrifugal pump manufacturer,borewell submersible pumps,holebore submersible pumps, deepwell submersible pumps,deep well submersible pumps,well submersible pumps, electric submersible pumps.