Fig. 5 Trowel-applied fiberglass-reinforced tank linings are brought out onto nozzles and flanges to assure complete protection. More

Fig. 6 Fiberglass mat reinforcement is used in conjunction with flake-filled systems for protection of concrete trenches and sumps. More

Fig. 7 Fiberglass-reinforced vinyl ester linings with hard mineral-filled topcoats are used to protect flue gas desulfurization absorbers that use lime slurry sprays to remove sulfur oxides from power plant exhaust flue gas. More

Fig. 4 Relative costs of scrubber materials. FRP, fiberglass-reinforced plastic; PVC, polyvinyl chloride More

Fig. 6 A scrubber tower constructed with fiberglass. Courtesy of Branch Environmental Corporation More

Fig. 1 Typical lay-up sequence for fiberglass-reinforced plastic More

Fig. 2 Concentrated sulfuric acid attack of fiberglass-reinforced plastic tank. Dilution effect shown toward bottom More

Fig. 9 Spinning head, used to produce fiberglass. Courtesy of MG Industries/Steigerwald More

Fig. 3 A corrosion test chamber constructed of molded fiberglass More

Fig. 22 Thermal stability of fiberglass-polyester composites at 180 °C (355 °F) More

Fig. 23 Flexural strength retention at 200 °C (390 °F) for fiberglass-polyester composite More

Fig. 24 Dielectric strength retention at 200 °C (390 °F) for fiberglass-polyester composite More

Fig. 25 Dielectric strength retention at 220 °C (430 °F) for fiberglass-polyester composite More

Fig. 26 Dielectric strength retention at 240 °C (465 °F) for fiberglass-polyester composite More

Fig. 2 Fiberglass/epoxy snowboard with a polyurethane foam core. Courtesy of Bayer Corp. More

Fig. 3 Fiberglass forming process More

Fig. 4 Formation of fiberglass preform for composite coupling shaft More

Fig. 5 Braided fiberglass car chassis More

Fig. 21 Fiberglass assembly bonded using clamps and temporary fasteners More

Fig. 11 Typical thermogravimetric analysis curve for fiberglass-vinyl ester prepreg More