Abstract: An electric wire includes a metal conductor, a first insulation layer, wherein the first layer is a non-ceramifiable silicone compound, and a second insulation layer, wherein the second layer is a ceramifiable silicone compound, wherein the second layer is on the outside of the first layer.

Abstract: An ultralow expansion brake hose comprising an inner tube, a reinforcement layer around the tube and including two oppositely wrapped served layers of PVA fibers encapsulated in a pliable adhesive and an outer layer of braided PVa fiber to stabilize the served layers.

Abstract: An ultralow expansion brake hose comprising an inner tube, a reinforcement layer around the tube and including two oppositely wrapped served layers of PVA fibers encapsulated in a pliable adhesive and an outer layer of braided PVa fiber to stabilize the served layers.

Abstract: An ultralow expansion brake hose comprising an inner tube, a reinforcement layer around the tube and including two oppositely wrapped served layers of PVA fibers encapsulated in a pliable adhesive and an outer layer of braided PVa fiber to stabilize the served layers.

Abstract: A wire capable of operating at high temperatures and a method of making the same is disclosed. The high temperature wire comprises fiberglass, which surrounds the conductor. The fiberglass insulates the conductor and enables it to operative at relatively high temperatures. The fiberglass is heat-treated without any additional, or in lieu of, other chemical treatment and is sufficiently frangible to be easily removable from the conductor. The frangible fiberglass may be easily stripped away from the conductor without leaving strands which need to be individually removed.

Abstract: A wire capable of operating at high temperatures and a method of making the same is disclosed. The high temperature wire comprises a clay-like compound encircling the conductor. The clay-like insulation eliminates the glass layer or mica tape layer used in wire for applications 450° C. and above.