Jacket material for protection of electrical conductors

Adhesive bonding and miscellaneous chemical manufacture – Methods – Making electrical conductors of indefinite length

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Details

156 52, 156278, 26417124, 427119, 427387, B65H 8106

Patent

active

058463550

ABSTRACT:
The present invention is an improved jacketing material for all forms of electro-magnetic energy conductors. The jacket material of the present invention comprises a silicone material that is imbibed into a porous polymer, such as expanded polytetrafluoroethylene, to produce a flexible and durable composite. When applied as a cable jacket, the composite material of the present invention produces dramatic improvement over the use of silicone alone, especially in the areas of load sharing, resistance to fatigue from repeated flexure, and resistance to harsh environmental conditions. The ability of the material of the present invention to withstand repeated autoclave cycles without compromise makes it particularly suitable for cable jacketing in biomedical applications.

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Literature: Mark E. Dillon, "Silicone and Poly(tetrafluoroethylene) Interpenetrating Polymer Networks, Brief History, Summary of Recent Developments, and Discussion of Applications," 1994, American Chemical Society, pp. 393-404.

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