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AUTOMOTIVE HOSE

CSM is extensively used in constmction and electrical appHcations. This includes roofing membranes, automotive ignition boots and wire, toU compounds, and in some automotive hoses requiring good heat and oil resistance, eg, air conditioning and power steering. It is also used in nuclear power plants because of its exceUent resistance to radiation degradation. [Pg.233]

C13-0051. Nitrile rubber, whose structure follows, is a copol Tner made Irom two monomers. The pol TTier is used to make automotive hoses and gaskets. Draw the stmctures of the monomers and name them. [Pg.962]

SCI WGI Industrial, chemical and oil hoses SCI WG2 Automotive hose SCI WG3 Hydraulic hose SCI WG4 Hose test methods SC2 Physical and Degradation Tests SC2 WGI Physical properties SC2 WG2 Viscoelastic properties SC2 WG3 Degradation tests SC2 WG4 Application of statistical methods... [Pg.32]

Use For automotive hose, tubing and extrusions, roofing membranes and gaskets. [Pg.492]

Major polymer applications gaskets, packing, automotive hoses, seals, industrial hoses, printing rolls, belt covers, footwear, hose jackets, polymer modification, tires... [Pg.687]

NYqm . [Ccqxdymer Rubbo] Acrylonitrile-butadiene copdymer fior industrial and automotive hose and seals. [Pg.260]

EPDM tends to show good resistance to ozone attack, oxidation resistance, and moisture resistance. It is therefore used in applications that require good weather resistance and heat stability. Roofing materials, outer covers of high-voltage electric cables, and selected automotive hoses use EPDM. [Pg.431]

POEs have been used in both plastic rmd rubber applications. These elastomeric polyethylenes have ability to be cross-linked via peroxide, irradiation, and moisture (if silane grafted). Potential applications include tubing, impact modifiers, low-voltage cable insulation, elastic films, foams, shoe soles, belts, automotive hoses, medical applications, gasket seals, and other electrical applications. [Pg.487]

Uses Release agent for rubber molding operations such as automotive hoses and fan belts, floor mats, shock mounts, and 0-rings also for cosmetics and toiletries Features Reactive... [Pg.729]

Uses For polyurethane formulation for automotive hose and gaskets, tires, industrial belts, tank and pipe liners, floor and roof coatings, medical devices polyester modifier processing lubricant for PVC food-pkg. adhesives, polymers, rubber articles Manuf./Distrib. Aldrich Allchem Ind. BASF Great Fakes Monomer-Polymer Dajac Fabs... [Pg.1306]

Polytetramethylene ether glycol PU, automotive hoses Polytetramethylene ether glycol PU, binders Polymeric MDI PU, coatings Polymeric MDI PU, floor coatings Polytetramethylene ether glycol PU, gaskets... [Pg.5584]

Uses of Chlorosulfonated Robber. CSM is used in applications similar to those of CM. It is used in automotive hoses, tubes, gaskets, electrical wire insulation (even in high-voltage power stations), industrial hoses, tank Unings, coated fabrics, conveyor belting, and other applications. [Pg.271]

The recent proliferation of metallocene-based polyolefins and polyolefin elastomers have gained their popularity owing to their density, cost, and ease of processabUity. PVC/POE blends have therefore been investigated as flexible PVC compounds. However, these blends are thermodynamically immiscible and needed suitable compatibiUzers such as the chlorinated polyethylenes (Eastman and Dadmun 2002). Since they are not miscible, POEs do not lower the PVC modulus sufficiently unless some plasticizer or a compatible elastomer such as EPE is also added. Commercially, some PVC/POE alloys are offered by TeknorApex under Flexalloy trade name with a shore A hardness 40-60 and brittle points down to —50 °C. They are claimed to have excellent low-temperature toughness, flexibility, compression set-resistance, and oil resistance. Suitable applications include automotive hoses, seals, gaskets, wire jacketing, etc. [Pg.1784]

Chlorobutyl provides flex resistance in the blend chlorobutyl rub-ber/EPDM rubber/NR for white sidewall tires and white sidewall cov-erstrips.22 An important application of chlorobutyl rubber in automotive hose is extruded air conditioning hose to provide barrier properties to reduce moisture gain and minimize refrigerant loss. The polymer is used in compounds for fuel line and brake line hoses. Brominated isobutylene-p-methylstyrene (BIMS) was shown to have... [Pg.227]

PE power cables, HOPE pipe, PP un-der-hood automotive, hoses, adhesives... [Pg.370]

Renaud [15] has reviewed developments by the DuPont European Technical Centre in the design and production of automotive components using advanced blow moulding techniques. Examples are presented of automotive hoses manufactured in DuPont s engineering plastics and Hj rel polyesters elastomers. [Pg.164]

Most butyl rubber is used in the tire industry. Isobutylene-based rubbers are used in underhood hose for the polymer s low permeability and temperature resistance, and high damping, resihent butyl rubbers are used for noise and vibration attenuation applications such as automotive mounts for the engine and vehicle. Chloro- and brominated butyl rubber formulations are used in automotive hose applications where contact with fuel or air conditioning fluids occurs. [Pg.72]

The mineral kaolin is used to create a hard clay used in rubber tires for lavm equipment, garden hoses, rubber floor mats and tiles, automotive hoses and belts, shoe soles, and wire and cable. [Pg.1239]

Talc is used in tires in white sidewall compounds to provide a smooth appearance to the buffed sidewall. The large platelets of talc provide a barrier to gas and moisture permeability in compounds, which allows talc to be used in applications such as hydraulic and automotive hoses, barrier films, and tire innerliners. [Pg.7301]

This article explores developments in automotive hoses, which require expensive high-performance rubbers, especially in air conditioning units and fuel systems where more aggressive fluids are being used. [Pg.44]

Easy processing, cost competitiveness and colorability make CM attractive for flexible cords (up to 600 V) and ignition wire jacketing an example is offered in Table 31. Another major use for CM is in automotive hose covering. While in the cable industry peroxide vulcanization is common practice, for hose compounds both peroxide and amine - - thiadiazole curing systems can be used. [Pg.890]

See other pages where AUTOMOTIVE HOSE is mentioned: [Pg.171]    [Pg.388]    [Pg.440]    [Pg.380]    [Pg.108]    [Pg.116]    [Pg.95]    [Pg.117]    [Pg.518]    [Pg.1291]    [Pg.3451]    [Pg.217]    [Pg.3142]    [Pg.119]    [Pg.206]    [Pg.211]    [Pg.219]    [Pg.362]   
See also in sourсe #XX -- [ Pg.21 ]

See also in sourсe #XX -- [ Pg.14 , Pg.142 ]



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