Acrylated polyester

Operating conditions are important determinants of the choice of fabric. Some fabrics (e.g., polyolefins, nylons, acrylics, polyesters) are useful only at relatively low temperatures of 95 to 150°C (200 to 300°F). For high-temperature flue gas streams, more thermally stable fabrics such as fiberglass. Teflon, or Nomex must be used. 

An analytical solution for molecules with alkaline functionality is acid/base titration. In this technique, the polymer is dissolved, but not precipitated prior to analysis. In this way, the additive, even if polymer-bound, is still in solution and titratable. This principle has also been applied for the determination of 0.01 % stearic acid and sodium stearate in SBR solutions. The polymer was diluted with toluene/absolute ethanol mixed solvent and stearic acid was determined by titration with 0.1 M ethanolic NaOH solution to the m-cresol purple endpoint similarly, sodium stearate was titrated with 0.05 M ethanolic HC1 solution [83]. Also long-chain acid lubricants (e.g. stearic acid) in acrylic polyesters were quantitatively determined by titration of the extract. 

Films are supplied with one or both sides pre-treated to enable the use of adhesives such as acrylics, polyesters, epoxies, rubbers and pressure-sensitive mastics. 

EMA copolymer Acrylic Polyester fiber Polyamide copolymer with polyether/polyester Epoxy and PVC powders Nylon-6 Acrylic fibers Poromeric film Vinyl Vinyl PVC... 

Polyester acrylates Acrylated polyesters are prepared by reacting the OH group of polyesters with acrylic acid or hydroxy acrylate with acid groups of the polyester structure. Polyester acrylates are often low-viscosity resins requiring little or no monomer ll They produce coatings and adhesives dominated by the polyester structure used in the oligomer. They are used for pressure-sensitive adhesives and... 

Materials, such as acrylates with tackifiers, acrylate polyesters, and polyurethanes, that do not have properties as pressure-sensitive adhesives, but after cross-linking have desired pressure-sensitive properties... 

For end uses demanding high dye lightfastness such as automotive interior fabrics, select premetallized dyes and uv inhibitors are applied through the dye bath (179—182). Nylon can also be codyed with polyurethane elastomeric fibers, wool, acrylics, polyesters, and cellulosics (183). 

Lucite positive relief structures. Epofix was selected as the chip substrate, among acrylic-polyester resin (Casolite) and epoxy resin (Araldite), because of its having the best mechanical properties and the least chemical interference needed for fabricating the MS chip [780]. In another report, PDMS was chosen over epoxy to fabricate MS chips because of its less chemical noises (interferents) in MS, and over polyurethane because of good adhesion properties. Even so, in the use of PDMS its curing (at 70°C) should be carried out for at least 72 h to further reduce the chemical noise [800]. 

These have become a popular alternative to traditional knitted pullovers. The vast majority are 100% polyester, although there some specialized textures made of acrylic-polyester mixtures (e.g., 46%/54%). 

TEDLAR films are supplied with different surface characteristics. A (one side adherable) and B (both sides adherable) surfaces are used with adhesives for bonding to a wide variety of substrates. These surfaces can be bonded with a variety of adhesives, including acrylics, polyesters, epoxies, elastomeric adhesives, and pressure-sensitive mastics. The S surface has excellent antistick properties and is being used as a mold-release film for parts made from epoxies, phenolics, elastomers, and other polymeric materials.94... 

Cotton, viscose, nylon, polypropylene, acrylic, polyester, or wool are generally used in carpets as the face or pile fabric over Neoprene latex. Carpets are usually flame retarded by back-coating with antimony-halogen system. The primary U.K. tests for carpet are BS 6307 198237 and BS 4790 1987,38... 

Radiation curing adhesives are generally applied as solvent-free liquids. High-solids EB and uv curing liquid adhesives have been formulated from a variety of resins and elastomers. They include epoxy acrylates, epoxies, other acrylates, polyesters, blends of acrylate monomers with elastomers, and other compositions. 

Conventional industrial coatings materials of the thermoset type are usually acrylic, polyester, epoxy, polyurethane or silicone resins dispersed or dissolved in organic or water/ether-alcohol coupling solvents. They are cured with gas convection or electric IR ovens. The raw materials for the polymers come from petroleum feedstocks which are processed or manufactured into a finished coating system. 

Epoxy Acrylate Urethane Acrylate Polyester Acrylate... 

Figure 19. Reconstructed images from two of 10 holograms recorded in a 2-mm-thick sample of an acrylic polyester host sensitized with 5% camphorquinone. (Further details can be found in ref. 59 from which this figure is taken.)...

BURCO LUBRICANT CWN has been found effective in dyeing cotton, nylon, acrylic, polyester and rayon. Virtually all fibers and all dyestuffs are compatible with BURCO LUBRICANT CWN. 

CNC PYROBAN HSB is a very effective flame retardant for acrylic, polyester, rayon, acetate blends. 

ARIDRY FC Extra is a new aqueous fluorochemical finish designed to impart lasting high oil and water repellence together with dry soil resistance to all fibers including cotton, rayon, wool, nylon, acrylics, polyester and is especially recommended for upholstery fabrics, drapery, slipcovers and other woven materials where dry-soil resistance is of importance. 

Complex nitrogenous condensates Acetate, acrylic, polyester, nylon... 

Cotton, Rayon, Acetate, Wool, Acrylic, Polyester... 

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