Accession Number : AD0462222
Title : COMPOSITE INORGANIC RESILIENT SEAL MATERIALS.
Descriptive Note : Technical rept., Mar 60-Feb 61,
Corporate Author : IIT RESEARCH INST CHICAGO IL
Personal Author(s) : Smith, L. L.
Report Date : MAR 1961
Pagination or Media Count : 69
Abstract : The principal objective of this research program is to investigate and develop composite materials suitable for use as static and dynamic seals at temperatures ranging from cryogenic to 1200 F and pressures up to 5000 psi. Materials investigated may be grouped as follows: (1) Fibrous composites with pure metal impregnants. An example is stainless steel fiber skeletons impregnated with silver and/or indium with which promising results have been obtained at temperatures of 1000 F for reciprocating shaft seals and -424 F for static seals. (2) Fibrous composites with other impregnants. Included are metal skeletons filled with teflon, silicone, inorganic rubber, and various ceramic compositions. (3) Non-fibrous composites. These consist of ceramic composites containing talc or glass. Studies are included of resilience, fiber orientation, friction and wear, static seals, reciprocating shaft seals, rotating shaft seals, and radiation effects. (Author)
Descriptors : *COMPOSITE MATERIALS, *ELASTOMERS, METALS, CRYOGENICS, LOW TEMPERATURE, HIGH TEMPERATURE, FEASIBILITY STUDIES, SEALS(STOPPERS), TEST METHODS, TEST EQUIPMENT, STAINLESS STEEL, IMPREGNATION, SILVER, INDIUM, HALOCARBON PLASTICS, SILICONE PLASTICS, ELASTOMERS, CERAMIC MATERIALS, TALC, GLASS, FIBERS, FRICTION, WEAR RESISTANCE, HYDRAULIC SEALS, DAMAGE, RADIATION EFFECTS, METAL COATINGS.
Distribution Statement : APPROVED FOR PUBLIC RELEASE