JIC-6000 is manufactured by the hot calender process using high quality Non-Asbestos fiber (Aramid Fiber) and oil resistant synthetic rubber (NBR). Specially, this sheet has superior sealing performance with excellent oil resistance.

This 6000W is an excellent quality Non-Asbestos gasket material (same compounds of JIC-6000) with stainless steel wire-mesh inserted to be suitable for exhaust Line under high temperature and high pressure(Aramid Fiber+NBR Binder).

Expanded STARFOIL® gasket shows a good adherence to flange and performs a sealing performance even under low seating stress. There is no property change under temperature variation from cryogenic to High Temperature range. It shows good corrosive and chemical resistance. Various kinds of graphite gaskets such as stainless steel(wire-mesh, foil and tang) inserted types can be available in accordance with some special conditions.

Expanded STARFOIL® gasket shows a good adherence to flange and performs a sealing performance even under low seating stress. There is no property change under temperature variation from cryogenic to High Temperature range. It shows good corrosive and chemical resistance. Various kinds of graphite gaskets such as stainless steel(wire-mesh, foil and tang) inserted types can be available in accordance with some special conditions.

This JIC 8305G is very special STARFLON® Gasket that is reinforced with some filler materials such as Carbon or Glass, etc. to improve Cold-Flow Phenomenon as the week point of Starflon Gasket.

JIC-4201 HT is desingned mineral material with stainless steel tanged reinforced to versatile demanding sealing application for chemical and temperature resistance. Expecially, excellent in oxidation and chemical compatibility exceeds that of graphite and will successfully seal up to 980°C (1800°F).

•STARPITE® JIC 4310(A) & JIC 4310(B) sheet materials are a material containing a high percentge of phlogopite mica impregnated with a silicone binder.

•Mica, an aluminosilicate of mineral origin, has a lamellar and non-fibrous structure representing a satisfactory alternative to asbestos.

•This material gives “Hi-Temp” its thermal characteristics - weight loss at 800°C (1472°F) less than 5% - and its chemical resistance to solvents, acid, bases and mineral oils.