Applications flame retardants

NOR HALS Reduced co-additive interactions acidic polymer applications flame retardancy... [Pg.718]

Flammability limits Not applicable (flame retardant) No data Non-flammable ... [Pg.303]

Acrylonitrile—Butadiene—Styrene. ABS is an important commercial polymer, with numerous applications. In the late 1950s, ABS was produced by emulsion grafting of styrene—acrylonitrile copolymers onto polybutadiene latex particles. This method continues to be the basis for a considerable volume of ABS manufacture. More recendy, ABS has also been produced by continuous mass and mass-suspension processes (237). The various products may be mechanically blended for optimizing properties and cost. Britde SAN, toughened by SAN-grafted ethylene—propylene and acrylate mbbers, is used in outdoor applications. Flame retardancy of ABS is improved by chlorinated PE and other dame-retarding additives (237). [Pg.419]

MAJOR PRODUCT APPLICATIONS flame retarding compositions of polymers hsted below... [Pg.171]

MAJOR PRODUCT APPLICATIONS flame retardant in the polymers listed below... [Pg.175]

These blends have been used for outdoor applications, flame retardant wall coverings and automobile interiors. Injection molded components include gullies in sewage systems, caps for road reflector posts and bench slats, etc. Evolution of these blends is traced in Table 1.30. [Pg.41]

PVC blends with CPE were patented and commercialized in 1956 as HostaliF. Blends with CSR soon followed. By the mid-1970s, the emphasis shilted toward blends with acrylic elastomers. Ternary alloys were developed, viz., of PVC with CPE and poly(methyl methacrylate-co-butyl acrylate) (MMBA) (Maruyama et al. 1977) or PVC, CPVC, and either MABS or a mixture of PMMA with imidized-PMMA or imidized-SMA (Soby et al. 1994). These blends have been used for outdoor applications, flame-retardant wall coverings, and automobile interiors. Injection molded components include gullies in sewage systems, caps for road reflector posts and bench slats, etc. Evolution of these blends is traced in Table 1.29. [Pg.59]

MAJOR APPLICATIONS Flame retardation. Corrosion-resistant and improved adhesion coatings. Prevention of gingivitis and dental caries. Adjuvants and thickeners in textile dyeing. Scale inhibitors. Molding resins. ... [Pg.771]

Poly(styrene-co-butadiene), SB. Applications flame-retardant articles, housings. [Pg.489]

Electrical and Electronic Applications. Flame-retardant aliphatic polyketone compounds are formulated to meet UL-94 V-0 and V-1 classifications. [Pg.6236]

Applications flame retardation, fuel cells, fuel hoses, medical (bene regeneration, stomach wall regeneration), membranes, waterproofing ... [Pg.653]

Water Solubility 20C <0.01 g/100 ml pH value (saturated sol., 20C) approx. 5 Specific gravity 1.85 g/cm3 Bulk density approx. 3.00 kg/m3 Applications Flame retardant for polyamide 66... [Pg.35]

Chlorinated PE Modifier for polyvinyl chloride (PVC) or compounded with LDPE or HDPE film to improve toughness films are used as liners and for agricultural applications, flame retardant. [Pg.7]

Vamp-Technologies S.p.A Applications Flame retardant grades. Vampter PBT... [Pg.423]

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