High performance fibers glass fiber

The reinforcement of rubbers using nylon, rayon, vinyl, and polyester fibers was reported by various authors [10,58,73-75]. Because of the design flexibility and suitable end-use applications, high-performance fibers such as glass, carbon, and aramid also find extensive applications in short fiber-reinforced mbbers. A brief description of some of the major high-performance fibers commonly used in short fiber-rubber composites is given below ... 

This chapter is concerned primarily with the surface treatments of high performance fibers, including glass, carbon (or graphite), aramid, polyethylene... 

Paper of course is perhaps the most commonplace example of a fibrous product. Although most common paper products are made of cellulosic fibers, paper-like products can also be made from the so-called high performance fibers such as aramid, glass, carbon, or other ceramic fibers. 

Polyimides have been used up to 100 h at 600°F (315.6°C). They have been used as a transparent head cover for fire fighters and as excellent flame- and high-temperature-resistant foams, which can be used as structurally stable insulation materials at high temperatures. Polyimide/glass fiber composites have many uses in the electronics and aerospace industries and in other high-performance applications. 

Alkyds Molded Glass reinforced (heavy duty parts) Epoxies High Performance Resins Glass Cloth Laminate Alkyds Molded Putty (encapsulating) Nylons Molded, Extruded 6/6 Nylon Glass fiber reinforced 0.015—0.022 0.0158 0.016—0.020 0.017—0.018... 

High thermal resistance glass fibers show good performance in applications under high temperatures. They preserve 50 % of their tensile strength at a temperature of 340 °C. 

The Performance of Glass Fiber Insulation under High Vacuum (4) 141... 

Mechanical Properties of Insulating Plastic Foams at Low Temperatures (4) 132 The Performance of Glass Fiber Insulation under High Vacuum (4) 141 A Vacuum Insulated Transfer Line for Liquefied Gases (4) 326 Economic and Design Considerations for a 650 Foot High Vacuum Insulated Transfer Line (4) 335... 

Glinicki, M. A., Brandt, A. M. (2007) Quantification of glass fibre-cement interfacial properties by SEM-based push-out test , in Proc. Int. Workshop on High Performance Fiber Reinforced Cement Composites HPFRCC-5, A. E. Naaman and H. W. Reinhardt, eds, Mainz, 2007. 

Bijen, J., van den Plas, C. (1992) Polymer modified glass fibre reinforced g5 sum, in Proc. Int. Workshop High Performance Fiber Reinforced Cement Composites, RILEM/ACI, W. H. Reinhardt and A. E. Naaman eds, London Spon/Chapman and Hall pp. 271-87. 

THE PERFORMANCE OF GLASS FIBER INSULATION UNDER HIGH VACUUM... 

R. M. Christiansen and M. Hollingsworth, Jr., "The performance of glass fiber insulation under high vacuum," 1958 Cryogenic Engineering Conference Proceedings. 

C. Meyer and G. Vilkner, Glass concrete thin sheets prestressed with aramid fiber mesh , in A.E. Naaman and H.W. Reinhardt (eds) Fourth International Warkshop on High Performance Fiber Reinforced Cement Composites (HPFRCC 4), RILEM Publications, Bagneux, France, 2003, pp. 325-336. 

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