Flameproofing Agents

This material is a liquid flameproofing agent containing more than 60% solids offering good flameproof protection. This product is durable to drycleaning, non-durable to laundering. [Pg.294]

This product is a resinous condensation designed to provide flame retardancy to nylon. The application requires curing, certain water repellents may be incorporated into some finishes-contains formaldehyde. [Pg.294]

A resinous flameproof product which provides flame retardancy to polyester fabrics and blends. The flame retardant properties are durable to many launderings. A mild after-wash following drying of treated fabrics will provide a soft flame retardant finish. [Pg.294]

Is a compounded flame retardant latex designed to provide flame retardancy to prints applied to flame resistant substrates. This product will not flameproof fabrics. Prints will show good durability. [Pg.294]

A semi-durable flame retardant application especially suited for wool, wool/nylon, wool/polyester blends. Laundering will remove this finish. [Pg.294]

Bromine is used in making fumigants, flameproofing agents, water purification compounds, dyes, medicinals, sanitizers, inorganic bromides for photography, etc. Organic bromides are also important. [Pg.99]

N 66.64% crysts, mp 225° was obtd as one of the products from reaction of cyanomeLamine with KOH NHj. Its substituted derivs such as Picrale, mp 258-60°(Ref 2) 290.5°(Ref 3) and Dipicrate, mp 257.7°(Ref 3) were also prepd as flameproofing agents. By depositing 10-40% of Guanylmelamine Pyrophosphate (obtd by reaction of guanylmelamine-HCl with di-Na di-H pyrophosphate) on a fabric, this compd was found to have fire retardant props for cellulosic materials (Ref 4)... [Pg.42]

This gas theory then demands the fulfillment of requirement (b) of Coward and Jones. From Table I it can be seen that to prevent the burning of the gases from cellulose by dilution with carbon dioxide would require a prohibitive amount of sodium carbonate. The relatively small amounts of methyl bromide and carbon tetrachloride required would indicate that a flameproofing agent liberating these would be of great value, but no such substance is known. [Pg.12]

The second mechanism suggests that the heat supplied from the source is conducted away from the fibers so rapidly that the fabric never reaches combustion temperature. Consideration of the small amount of flameproofing agents required in some cases makes this mechanism obviously inadequate for most flameproofers. [Pg.13]

The flameproofing is brought about by the catalytic dehydration of the cellulose through the reaction of the flameproofing agent with the cellulose via a carbonium mechanism probably identical with that proposed for the dehydration of monohydric alcohols and glycols. [Pg.18]

Refs 2 3). See also Refs 4,5,6 7 This compd some of its derivs are useful as chem intermediates and as flameproofing agents... [Pg.41]

Use Fertilizers flameproofing agent to prevent afterglow in matches plant nutrient solutions manufacturing of yeast, vinegar, yeast foods, and bread improvers food additive analytical chemistry. [Pg.72]

Use Flameproofing agent for textiles and certain grades of paper, weed and brush killer, electroplating, generation of nitrous oxide. [Pg.73]

Use Fertilizer, animal feed, plastics, chemical intermediate, stabilizer in explosives, medicine (diuretic), adhesives, separation of hydrocarbons (as urea adducts), pharmaceuticals, cosmetics, dentifrices, sulfamic acid production, flameproofing agents, viscosity modifier for starch or casein-based paper coatings, preparation of biuret. [Pg.1305]

Aflammit Tl Dipotassium hexafluorotitanate Dipotass-ium hexafluorotitanate(2-) Dipotassium monoStanium hexafluoride Dipotassium titanium hexafluoride EINECS 240-969-9 Fluotitanate de potassium NSC 187663 Potassium fluorotitanate (KzTiFe) Potassium hexa-fluorotitanate Potassium titanium fluoride Titanate(2-), hexafluoro-, dIpotassium Titanium potassium fluoride. Flameproofing agent used in wool processing, Thor Chemicals (UK) Ud. [Pg.515]

For types used for molding, customary additives are stabilizers and antioxidants, flameproofing agents, agents against thermal decomposition and decomposition by ultraviolet light, lubricants, mold release agents, colorants,... [Pg.403]

Reactive flame retardants can be integrated in plastics by way of reactions. For instance, tetrabromobisphenol A (TBBA) and reactive phosphoric flameproofing agents with P-OH or PH groups can be integrated into epoxy resins. HET acid and tetrabromophthalic acid anhydride in combination with antimony trioxide are used... [Pg.111]

Experience with Compounding of Halogen-Free Flameproofing Agents. 332... [Pg.294]

Halogen-free flameproofing agents have the following advantages over haloge-nated systems [8] ... [Pg.333]

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