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Continuous fibers glass

FRU-L after a sheet of glass-fiber continuous-strand mat was placed in an open mold, the prescribed amount of PUF solution, prepared by hand mixing was poured into the mold and the contents were pressed to the fixed thickness (3 mm). [Pg.168]

In processes with conventional quench rates of 10 K/s, the inviscid liquid (melt) or resulting jet is carefully under- or supercooled to its narrow fiber forming range (log 2.5 to log 3.0 poise). Three types of fibers have been made by variants of this process continuous optical yttrium aluminum garnet (YAG) glass fibers, continuous aluminate glass fibers and steel fibers. [Pg.105]

Table A.28 Chemical resistance of PPS[693], [1039], [1052] GF = Glass fibers, (Continued)... Table A.28 Chemical resistance of PPS[693], [1039], [1052] GF = Glass fibers, (Continued)...
X. Zhou, Q. Lin, G. Dai (2(X)2) Studies on mechanical properties of discontinuous glass fiber/continuous glass mat/polypropylene composite, Polym. Polym. Compos. 10,299. [Pg.262]

Static friction decreases with an increase in load, and the static coefficient of friction is lower than the dynamic coefficient. The tendency to creep must be considered carefliUy in FEP products designed for service under continuous stresses. Creep can be minimized by suitable fillers. Fillets are also used to improve wear resistance and stiffness. Compositions such as 30% bronze-fiUed FEP, 20% graphite-filled FEP, and 10% glass-fiber-filled FEP offer high PV values ( 400(kPa-m)/s) and are suitable for beatings. [Pg.360]

Polyurethane, PVC, and extruded polystyrene provide the bulk of the cellular plastics used for low and cryogenic temperature appHcations. In some cases, eg, the insulation of Hquid hydrogen tanks on space systems, foams have been reinforced with continuous glass fibers throughout the matrix. This improves strength without affecting thermal performance significantly. [Pg.336]

Basic oxides of metals such as Co, Mn, Fe, and Cu catalyze the decomposition of chlorate by lowering the decomposition temperature. Consequendy, less fuel is needed and the reaction continues at a lower temperature. Cobalt metal, which forms the basic oxide in situ, lowers the decomposition of pure sodium chlorate from 478 to 280°C while serving as fuel (6,7). Composition of a cobalt-fueled system, compared with an iron-fueled system, is 90 wt % NaClO, 4 wt % Co, and 6 wt % glass fiber vs 86% NaClO, 4% Fe, 6% glass fiber, and 4% BaO. Initiation of the former is at 270°C, compared to 370°C for the iron-fueled candle. Cobalt hydroxide produces a more pronounced lowering of the decomposition temperature than the metal alone, although the water produced by decomposition of the hydroxide to form the oxide is thought to increase chlorine contaminate levels. Alkaline earths and transition-metal ferrates also have catalytic activity and improve chlorine retention (8). [Pg.485]

Polypropylene sheet has been used most extensively however, thermoplastic polyester, polycarbonate, and nylon versions are available (see Elastomers, synthetic Polycarbonates). Continuous strand glass fiber mat is the typical reinforcement. The limited number of sheet suppHers reduces potential for competitive pricing. [Pg.96]

Many different thermosetting polymers are used in pultmsion, eg, polyester, vinyl ester, epoxy, and urethane. Reinforcements must be in a continuous form such as rovings, tows, mats, fabrics, and tapes. Glass fibers are the low cost, dominant composition, but aramid and carbon fibers are also used. [Pg.96]

In order for VGCF to be suecessfully incorporated into engineering composites, it must be available in forms which composite fabricators are equipped to handle. Since VGCF is bulky and discontinuous as produced, it is not amenable to the textile processing used for continuous carbon and glass fiber. Thus fiber... [Pg.161]

Bundle of continuous, untwisted glass fibers. Glass fibers are wound onto a roll called a roving package. ... [Pg.139]

Its manufacturing is done by winding continuous strands of plastic-impregnated glass fiber around a steel mandrel at a precisely controlled helix angle, under controlled tension. A cross-sectional view of an RP layup is shown in Fig. 4-2(d). As seen, the structural wall of the pipe is made up of con-... [Pg.210]


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Continuous fiber

Continuous fiber composites glass matrix

Continuous fiber reinforced glass composites

Continuous fiber reinforced glass composites aerospace

Continuous fiber reinforced glass composites applications

Continuous fiber reinforced glass composites automotive

Continuous fiber reinforced glass composites functional

Continuous fiber reinforced glass composites high temperature

Continuous fiber reinforced glass composites high temperature properties

Continuous fiber reinforced glass composites processing

Continuous fiber reinforced glass composites with oxide fibers

Continuous glass

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Glass fibers

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