Fiberglass type

C-frame machine See clamping, tiebarless. C-glass See fiberglass type. 

S-glass See fiberglass type, shape See die shape product shape, shape and volume change See dilatant. shape, blow mold complex See blow molding, extruder, three-dimensional. 

Multilayer Insulation Miiltilayer insulation consists of alternating layers of highly reflec ting material, such as aluminum foil or aluminized Mylar, and a low-conduc tivity spacer material or insulator, such as fiberglass mat or paper, glass fabric, or nylon net, all under high vacuum. When properly applied at the optimum density, this type of insulation can have an apparent thermal conduc tivity as low as 10 to 50 jlW/m-K between 20 and 300 K. 

Composite materials are made up of two or more materials that have different properties. These materials are combined (in many cases involving chemical bonding) to produce a new material that has properties superior to either material alone. An example of this type of composite is fiberglass, in which glass fibers are held together by a polymeric resin. 

As we have noted, eight tests (series A and C) represented a 23 factorial design involving type of interior finish, presence of a fiberglass insulation in the cavity, and load level (Table I). Series B was similar to A and C except for the absence of load and hardboard siding. In most cases, the four tests of series B could also be included in the analysis. 

For facilities susceptible to nitrocellulose, single base and multibase dusts, the same details could be used with the addition of alternate basic construction types. Six types of construction were chosen which included wood frame, concrete masonry units, reinforced concrete, modified preengineered buildings, fiberglass reinforced plastic and sandwich panels. These were chosen for development of architectural details similar to those mentioned above for nitroglycerin facilities except troweled-on conductive floor lining was to be used instead of lead. 

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