Fiberglass technology

Jay, J. B. and James, V. G. (Owens Coming Fiberglass Technology Inc.) (1996), Method for Performing Resin Injected Pultrusion Employing Multiple Resins, WIPO Patent... 

Concrete and fiberglass vaults are often used, although they can be subject to environmentally induced cracks. Soil and clay liners are not allowed. Flexible hner systems have been developed that may be a cost-effective and environmentally sound alternative. State-of-the-art liner technology has overcome many of the previous problems with seams, low mechanical strength, and chemical resistance. 

Copper is second only to silver as an excellent conductor of electricity. This factor and its availability made it essential for the expansion of modern technologies. It was, and stiU is, a desired metal for wires to carry electricity, but the rapid expansion of modern communications would require more copper than could be made economically available. The solution has been to use optical fiberglass transmission cables as a substitute for copper wire. In addition, and even more important, is the recent explosive growth of wireless transmission as a substitute for copper wire in the communication industries. 

Mettes, D. G. (1969). Glass fibers, pp. 143-181. In G. Lubin, ed. Handbook of Fiberglass and Advanced Plastics Composites SPE Polymer Technology. Van Nostrand-Reinhold, New York. 

Morgan, A. B. Fire performance of polymer + fiberglass reinforced composites with and without polymer nanocomposite technology, Proceedings of 19th Annual BCC Conference on Flame Retardancy, Stamford, CT, June 9-11, 2008. 

Polyester-based resins are also used in bulk plastics in fiberglass reinforced fabrications such as boats, auto body repairs, and for very large structures such as industrial vessels and pipes, and ships for mine sweeping [10]. This technology uses a combination of polycondensation and vinyl-type (chain reaction) technologies to obtain the final composite product. The viscous, still fluid resin used for layup is a linear unsaturated polyester of relatively low-molecular weight. Unsaturation is introduced into the backbone of the polymer by using maleic anhydride to replace a part of the phthalic anhydride (e.g., Eq. 21.4). 

Discussions of directions in board technology suggest that the classic epoxy fiberglass "FR " board will dominate for some time... 

Experience at JACADS and Tooele indicates that the handling of monitions is a low-risk operation. The munition (inside its fiberglass container) is placed in a glove box and monitored for the presence of agent prior to its removal from the container. Thereafter, the munition is handled for propellant removal in the open (i.e., not in a special ventilation enclosure). Before total-solution operations for the Parsons/ Honeywell technology package can begin at Pueblo, a QRA will be performed to ensure that risks in the PRR are low. 

Composites, and more specifically, fiberglass reinforced plastics, have been used as structural materials for a wide range of applications in several fields of technology and construction such as water and sewage transport and treatment, storage, ships, pedestrian bridges, column overwraps and build-... 

During projection of fabrication high strength radioparent fiberglass product s technological process appears a task of choice of optimum cross-linked polymer matrix, which has combination of as much as possible isotropic and stable radioparence... 

These inventions were in many fields from food products to cracked petroleum but his preference was polymer technology. He was awarded patents by the U.S. Patent Office on the first automobile enamel, urea formaldehyde plastics and fiberglass-reinforced polyester plastics. 

---