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Nylon Phenolics

Alloys of nylon, phenol, and resorcinol resins provide good metal to metal and also metal to glass bonding. A rapid heating rate or low temperature cure gives the best results.  [Pg.101]

Rubber, nylon, phenolic resins, cellulose and commercial PVC... [Pg.266]

Aortal Aery Me ABS Alkyd Alloy /Blands Barrier Resin CeliAwie Diallyl Phthalates Engineering Plastics Epoxies Fluorepdlymars Liquid Crystal Melamine Nitrile Resins Nylon Phenolic Polyamlde-lmide Polycarbonate polyester Polyethylene Polyimictes Polypropylene Polyurethanes PVC... [Pg.12]

Phenol was originally recovered during the coking of coal, essentially being a by-product. Eventually, commercial routes were developed based on benzene (from coal or petroleum) for example, sulfonation of benzene to ben-zenesulfonic acid followed by reaction with water to phenol plus regenerated sulfuric acid. Phenol is used to make plastics (phenol-formaldehyde and epoxy resins) and textile fibers (nylon). Phenol is also used in solution as a general disinfectant for cleaning toilets, stables, floors, drains, etc. and is used both internally and externally as a disinfectant for animals. [Pg.87]

Vinyl-phenolic Nitrile-phenolic Vinyl-phenolic Neoprene-phenolic Nylon-phenolic Modified epoxy Nitrile-phenolic Epoxy... [Pg.338]

Use Manufacturing of ethylbenzene (for styrene monomer), dodecylbenzene (for detergents), cyclohexane (for nylon), phenol, nitrobenzene (for aniline), maleic anhydride, chlorobenzene, diphenyl, benzene hexachloride, benzene-sulfonic acid, and as a solvent. [Pg.134]

Plastics in general (including all forms) are sensitive to high temperatures, among the more resistant being fluorocarbon resins, nylon, phenolics, polyim-ides, and silicones, though even these soften or melt above 260C. Other types (cellulosics, polyethylene, acrylic polymers, polystyrene) are combustible when exposed to flame for a short time and still others (polyurethane) burn with evolution of toxic fumes. [Pg.999]

Small fimctional interior parts PC, PS, SAN Nylon, phenolics, polyacetal... [Pg.785]

Acetal A yllcs ABS Alkyds Celiulosics Diallyl Phthaiates Epoxies Pluoropoiymers Melamine Nitrile Resins Nylon Phenolics Polyamide Imide Polycarbonate Polyester Polyethylene Polyimides Polypropylene Polystyrene Polyurethanes PVC... [Pg.998]

CAS 14807-96-6 EINECS/ELINCS 238-877-9 Uses Reinforcing agent, filler, extender for elastomers, PVC, vinyl asbestos tile, polyester in match molded articles, body patching compds., PR nylon, phenol formaldehyde, polyethylene, ceramic wall tile and artware pigment for interior wall paints, exterior house paints, primers, maintenance paints, traffic paints... [Pg.589]

Uses Reinforcing agent, extender for plastics (acrylics, epoxy, nylon, phenolics, PC, polyester, PVC, urethane), rubbers (butyl, EPR, neoprene, nitrile, SBR, urethane), non-aq. coatings, adhesives and inks Features Provides additional barrier props, when used in primers and build coats... [Pg.870]

Uses Filler, additive for plastics, coating, friction, refractory, ceramic, construction, elastomer, sealant, and adhesive applies., for nylon, phenolic molding compds., epoxy, polyester, PU/polyurea Featiffes Cost-effective functional filler surf, modifications can improve processing, bonding between resin and filler, mech. and phys. props., material handling and warehousing, etc. [Pg.931]

Resin, (Nylon - Phenolic), Expanded a 631-2840 see Poly-(cis-1,4-isoprene) 631-... [Pg.74]

Bondable substrates for aerobic and second-generation acrylics include clean as well as oily or "as received" metal polyurethanes, filled polycarbonates, filled nylon, phenolics, thermosets, wood, concrete, ceramics, glass, and other common materials of manufacture. Some thermoplastic materials are bonded better by using a second-generation acrylic adhesive. Examples are unfilled nylon, ABS, and rubber. [Pg.733]

Modified (or alloyed) epoxy Toughener, nylon, phenolic, polysulfide, resorcinol and phenol formaldehyde, melamine, and urea-formaldehyde... [Pg.54]

Nylons are synthetic thermoplastic polyamides of relatively high molecular weight that have been used as the basis for several types of adhesive systems. They are used as solution adhesives, as hot-melt adhesives, and as components of other adhesive-alloy types (nylon-epoxy and phenolic-nylon). The high-molecular-weight products are generally referred to as modified nylons. Low- and intermediate-molecular-weight materials are also available. The latter two are more commonly used in hot-melt formulations and the modified nylons are often blended with small amounts of a phenolic resin to improve surface wetting (hence nylon-phenolic). [Pg.102]

Casting Acrylic (thermoset), alkyd, epoxy, nylon, phenolic, polyester (thermoset), polyurethane (thermoset), silicone... [Pg.643]

Injection molding ABS, acetal, acrylic, alkyd, allyl, amino, cellulosics, epoxy fluorocarbons, liquid crystal polymer, nylon, phenolic, polycarbonate, polyester (thermoplastic), polyester (thermoset), polyethylene, polyphenylene oxide, polypropylene, polystyrene, polysulfone, polyurethane (thermoplastic), PVC, SAN... [Pg.643]

Chloroalkyl 3-Chloropropyltrimethoxysilane Urethanes, epoxy, nylon, phenolics, polyolefins... [Pg.556]

See other pages where Nylon Phenolics is mentioned: [Pg.2094]    [Pg.242]    [Pg.1851]    [Pg.274]    [Pg.2098]    [Pg.98]    [Pg.20]    [Pg.589]    [Pg.164]    [Pg.168]    [Pg.68]    [Pg.74]    [Pg.5610]    [Pg.266]    [Pg.101]    [Pg.236]    [Pg.866]    [Pg.494]    [Pg.553]   


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