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Adhesives construction

The construction adhesive is used to bond the layers of the non-woven article together. These layers consist of various non-woven materials and thin polyolefin... [Pg.742]

TPEs find use in automotive, wire and cable, footwear, polymer modification, hose and tube, mechanical, bitumen modification, construction, adhesives and coatings, and film/sheet applications. [Pg.116]

Phenol is also used to manufacture several important monomers. Bisphenol A, a phenol derivative, is used to make very strong polycarbonate plastics and epoxy resins (the kind you buy in two tubes and mix to make glue). Ocher applications of epoxy resins include paints, fiberglass binder, and construction adhesives. [Pg.115]

The other major uses of acrylic latexes are in textile finishing (e.g., stain and wrinkle resistance), adhesives, and floor polishes and waxes. Adhesives are used in many applications, including pressure-sensitive tapes, contact adhesives, and construction adhesives for carpeting and floor tiles. Peelable labels and stamps probably got their start with the Post-it note, invented by Spencer Silver and Art Fry at 3M company many years ago. [Pg.129]

Amidoamines Reduced volatility Convenient mix ratios Good toughness Poor elevated-temperature performance Some incompatibly with certain epoxy resins General-purpose adhesives Construction adhesives Concrete bonding Toweling compounds... [Pg.86]

Epoxy resins have great and wide commercial applications and are used in many industries. About 45% of production is used in protective coatings and the remainder in various applications such as composites, laminates, casting, molding, tooling, construction, adhesives, photoresists, and others. [Pg.720]

Adhesives. Acrylic emulsion and solution polymers form the basis of a variety of adhesive types. The principal use is in pressure-sensitive adhesives, where a film of a very7 low T (<—20° C) acrylic polymer or copolymer is used on the adherent side of tapes, decals, and labels. Acrylics provide a good balance of tack and bond strength with exceptional color stability and resistance to aging (201,202). Acrylics also find use in numerous types of construction adhesive formulations and as film-to-film laminating adhesives (qv). [Pg.172]

DIN 52 455, part 1 1975 Testing of sealing materials for sealing and glazing in building constructions adhesion and cohesion test pretreatment in controlled atmosphere and in water. [Pg.230]

DIN 52 455, part 2 1974 Testing of sealing and glazing compounds in building constructions adhesion and extension test cyclic conditions. [Pg.230]

Solvent-based adhesives, two-component epoxy resin adhesives, two-component methacrylates for assembly purposes (priming, filling, smoothing, sealing, etc.) For these applications, a multitude of so-called building/ construction adhesives is commercially available. [Pg.123]

Betaprene . [Arizona] Olefinic resin taddfier for natur rubber to elec, conqtding., inks, coatings, mastics, construction adhesives. [Pg.48]

Hercules Res A. [Hercules] Resin dispersion tackifier for acrylic-latex polymers used in label, tape, and construction adhesives. [Pg.169]

Thermoplastic rubber block copolymers, with completely new adhesive performance, were developed in 1965 [21]. The first commercial product was Shell Chemical s Kraton 101, of styrene polybutadiene-styrene composition. This development led to the carboxy-terminated nitrile (CTBN) rubber modifiers used to flexibilize epoxy and other brittle resin adhesives in the late 1960s. Today, the thermoplastic rubber block copolymer adhesives are used in hot melt-, solvent- and water-based adhesives, and as hot melt- and solvent-based sealants. Major applications are as pressure-sensitive adhesives, construction adhesives and sealants, and general assembly adhesives. [Pg.18]

Uses Reinforcing agent for high-temp, construction adhesives, oil field applies., printing inks, specialty coatings, and rubber compounding Features Low m.w. [Pg.631]

Uses S/B for construction adhesives, mastics, sealants, and specialty applies., high solids coatings... [Pg.708]

Chem. Descrip. Ethylene/vinyl laurate/vinyl chloride terpolymer with polyvinyl alcohol stabilizer and mineral filler antiblocking agent Uses Binder, water repellent in conjunction with inorg. binders in plasters. Joint mortars, troweling compds., tile and construction adhesives, adhesives for external insulation and finishing systems sole binder in plasters, paints, adhesives modifier, adhesion promoter, plasticizer, impact resist, aid for gypsum and anhydrite Features Imparts hydrophobic props. enhances adhesion, flex, str., plasticity, abrasion resist., and workability contains no soivs., plasticizers, of film-forming aids... [Pg.916]

Uses Binder, water repellent in plasters. Joint mortars, trowelling compds., construction adhesives, paints... [Pg.1115]

Extensive adhesive testing has been reported for a variety of systems aimed at widely different bonding applications. Aircraft is represented with numerous studies of which selected references are representative for nitrile rubber modified adhesive systems (54-56). Underwater curing adhesives (57), construction adhesives (58), intumescent adhesives (59) and materials related to improved adhesion or adhesives in electrical/electronic circuitry fabrication (60-62) serve to show the wide latitude of nitrile rubber modified adhesive proliferation. ... [Pg.647]

Thermoplastic rubber is a relatively new class of polymer. It has the solubility and thermoplasticity of polystyrene, while at ambient temperatures it has the toughness and resilience of vulcanized natural rubber or polybutadiene. These rubbers are actually block copolymers. The simplest form consists of a rubbery mid-block with two plastic end blocks (A-B-A), as shown in Figure 5.7. Examples of commercial products are Kraton and Solprene . These materials are often compounded with plasticizers to decrease hardness and modulus, eliminate drawing, enhance pressure-sensitive tack, improve low-temperature flexibility, reduce melt and solution viscosity, decrease cohesive strength or increase plasticity if desired, and substantially lower material costs. Low levels of thermoplastic rubbers are sometimes added to other rubber adhesives. These materials are used as components in the following applications PSAs, hot-melt adhesives, heat-activated-assembly adhesives, contact adhesives, reactive contact adhesives, building construction adhesives, sealants, and binders. Two common varieties of thermoplastic rubber adhesives are styrene-butadiene-styrene (S-B-S) and styrene-isoprene-styrene (S-I-S). ... [Pg.123]


See other pages where Adhesives construction is mentioned: [Pg.573]    [Pg.744]    [Pg.207]    [Pg.519]    [Pg.122]    [Pg.216]    [Pg.65]    [Pg.969]    [Pg.225]    [Pg.59]    [Pg.701]    [Pg.742]    [Pg.4676]    [Pg.4897]    [Pg.5841]    [Pg.573]    [Pg.744]   
See also in sourсe #XX -- [ Pg.166 , Pg.168 ]

See also in sourсe #XX -- [ Pg.65 ]

See also in sourсe #XX -- [ Pg.541 ]

See also in sourсe #XX -- [ Pg.224 ]




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