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Glass fibers fabrication

Dry A filter manufactured from cotton wool, glass-fiber fabric, pleated paper, foamed polyurethane, cellular polythene, or other suitable materials. As the name suggests, the filter is dry in nature and has no oil coating. [Pg.1409]

SCRIMP process This Seeman Composites Resin Infusion Process (SCRIMP) is described as a gas-assist resin transfer molding process. As an example glass fiber fabrics/ thermoset vinyl ester polyester plastic and polyurethane foam panels (for insulation) are placed in a segmented tool. A vacuum is pulled with a bag so that a huge amount of plastic can be drawn into the mold (Marco process approach). Its curved roof is made separately and bonded to the box with mechanical and adhesive fastening. It is similar to various reinforced plastics molding processes. [Pg.522]

Silica analysis of water, 26 39 Silica-based glass fibers fabrication of, 77 136-137 transparency of, 77 132 Silica brick, ASTM classifications and specifications for, 27 509 Silica components, production of, 23 56 Silica fibers... [Pg.838]

Suzuki, Y., Maekawa, Z., Hamada, H., Yokoyama, A. and Sugihara, T. (1993). Influence of silane coupling agents on interlaminar fracture in glass fiber fabric reinforced unsaturated polyester laminates. J. Mater. Sci. 28, 1725-1723. [Pg.236]

Table 12.3 Qualitative Dependence of Void Content on Process Parameters for a Combination of BASF Palatal A-430 Vinylester and Brochier Lyvertex 21130 Glass Fiber Fabric... Table 12.3 Qualitative Dependence of Void Content on Process Parameters for a Combination of BASF Palatal A-430 Vinylester and Brochier Lyvertex 21130 Glass Fiber Fabric...
Examination of physical evidence provides two subtle and different types of conclusion. All members of a class or group have identical characteristics. Types of physical evidence which exhibit class characteristics are paint, glass, fibers, fabric, building material, etc. This type of physical evidence is said to be identified. The best that chemical and physical examinations can ever do is to place items into groups of similarly manufactured ilems. It is not possible to differentiate one item of evidence as being uniquely distinguishable from another. [Pg.675]

Residential Commercial Building Materials Glass Fiber Reinforcements Manufactured Stone Veneer Products Glass Fiber Fabrics Construction Services... [Pg.414]

This chapter reports the study of the chemical composition of the polysulfide fraction in dicyclopentadiene and styrene modified materials, the mechanical properties of modified materials, and their use in the preparation of composite materials by the impregnation of polypropylene and glass-fiber fabrics. [Pg.22]

In conclusion, both woven polypropylene and glass-fiber fabric each give strong, flexible weatherproof sheet materials when impregnated by sulfur modified by myrcene, alloocimene, or cycloocta-1,3-diene. Typical applications for this type of material are in the fields of civil engineering... [Pg.35]

Due to its excellent adhesion to synthetic fibers and its formation of a flexible film, INTEX BINDER 18 has found acceptance as a binder for pigments in dyeing glass fiber fabrics. [Pg.406]

JPS COMPOUND 150 is a formulated mixture of fillers and binders designed for application to glass fiber fabrics used to make marine panels. [Pg.418]

Metallic salt and paraffin wax emulsion with antimicrobial additives. Special water-repellent agent for glass fiber fabrics. Used in combination with SARPIFAN BKF in the stiffening process of glass fiber fabrics. [Pg.589]

For airports, stadiums, and other structures, glass fiber fabric coated with PTFE is fabricated into roofing and enclosures, where it provides excellent resistance to weathering, including exposure to UV rays in sunlight, flame resistance for safety, and low surface energy for soil resistance and easy cleaning. [Pg.1040]

Synthetic fibers are generally thermoplastic, and the careful use of heat—either wet or dry—has been used to set the twist or weave in fabrics. Heat setting for nylon, although it is not a chemical process, is necessary to prevent unwanted wrinkles or other distortions from appearing in subsequent processing and use. Glass fiber fabrics are subjected to the coronizing process where the fabric is heated to about 1100° F. [Pg.219]

Esters of Epoxy Resin and Methacrylic Acid. Epoxy resins can also be reacted with methacrylic acid on heating. The resulting methacrylate ester resins are dissolved in polymerizable solvents and catalyzed with peroxides (e.g., Derakane, Dow Chemical). These catalyzed resins are applied as thick-layer laminates in combination with glass fibers, fabrics, or mats. The laminates are generally cured at ca. 60 C and have extremely good chemical resistance they are therefore used in the chemical industry for the internal lining of reactors and storage tanks [2.127]-[2.130). [Pg.73]

Organic filled moldings Mineral filled moldings Organic filled moldings Glass fiber fabric based laminates... [Pg.115]

Bonnets for mini excavators manufactured by Kobe Steel, Japan, are molded by RTM using a modified acrylic resin and glass fiber fabric. The 850 mm wide x 420 mm high component has double curvature and is molded with a glass fiber strand preform with surface mat on the outer surface, preformed with an organic binder. The resin system contains 100... [Pg.319]

Figure 7.28 Fatigue data of 181 glass fiber fabric/TS polyester (fiberglass), steel, graphite fiber fabric/epoxy, and aluminum... Figure 7.28 Fatigue data of 181 glass fiber fabric/TS polyester (fiberglass), steel, graphite fiber fabric/epoxy, and aluminum...
Table 9.17 Properties of glass fiber fabric/TS polyester RPs after irradiation at elevated temperatures... Table 9.17 Properties of glass fiber fabric/TS polyester RPs after irradiation at elevated temperatures...
Forveille, J.L., and L. Olmedo. 1994. Controlling the quality of deposits of polyaniline synthesized on glass fiber fabric. Synth Met 65 5. [Pg.1190]

Y. Lu and R. C. Larock, Corn oil-based composites reinforced with continuous glass fibers Fabrication and properties ,/App/ Polym Sci, 2006,102,3345-53. [Pg.270]

The Liba initially used modified lace making machinery, which produced a thick glass fiber fabric and when adapted for carbon fiber, used a low weight thermoplastic thread to... [Pg.884]

Processing techniques used for basalt fibers are similar to the traditional techniques used for glass fibers (fabric, filament, staples, glass fiber-reinforced polymer [GFRP]). Thanks to their excellent properties, basalt fibers are employable in heat-resistant as weU as alkaline-resistant products (containers, pipes, GFRP, materials for thermal insulation). [Pg.9]

Card 9.7 Structural reinforcement of masonries with glass fiber fabrics... [Pg.150]

Structural reinforcement of masonry with glass fiber fabrics should follow the procedure... [Pg.150]


See other pages where Glass fibers fabrication is mentioned: [Pg.518]    [Pg.503]    [Pg.489]    [Pg.20]    [Pg.31]    [Pg.208]    [Pg.101]    [Pg.412]    [Pg.267]    [Pg.464]    [Pg.471]    [Pg.497]    [Pg.181]    [Pg.563]    [Pg.168]    [Pg.5439]    [Pg.518]    [Pg.563]    [Pg.1116]   


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Glass fabrication

Glass fiber fabric/TS polyester

Glass fibers

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