Spun Aramid packing impregnated with graphite. No harm to shaft, still wearable, good heat conduction.

Braided from high quality spun white Aramid yarns with PTFE-Impregnation and lubricant additive. High cross-sectional density and structural strength, good sliding characteristic, gentle on shaft surfaces. Compared to Kevlar, it do not hurt shaft, also ideal for food industries.

White Aramid Fiber Packing with Silicon rubber core,High elastic rubber core can absorb vibration, to control leakage.

Multi-yarn packing, the corners of packing are made of aramid yarns impregnated with PTFE, while the friction faces are made of pure PTFE yarns. This structure enhances the lubrication ability of aramid fiber and improves the strength of the pure PTFE.

Multi-yarn packing, the corners of packing are made of aramid yarns impregnated with PTFE, while the friction faces are made of gPTFE CGFO yarns. This structure enhances the lubrication ability of aramid fiber and improves the strength of the pure PTFE. It has excellent sliding velocity and thermal conductivity compared to CAZ-P260.

Multi-yarn in zebra braided packing consisting of CAZ-gPTFE CGFO yarns and araimid, Compared to P260Z, it has excellent lubrication ability and thermal conductivity.

Braided from low-sulphur expanded graphite yarns, which are reinforced by cotton or glass fiber. It has a very low friction, does not damage shafts or stems. It shows good thermal and chemical resistance and high elasticity.

Braided from low-sulphur expanded graphite yarns, reinforced with Inconel wire. It retains all the inherent benefits of CAZ-240 pure graphite packing, good thermal and chemical resistance, very low friction, the wire reinforcement also provides greater mechanical strength, Normal for valve with high pressure. Other metal materials, nickel, stainless steel etc. on request.

Made of expanded flexible graphite, which are reinforced by textile fibers, with PTFE impregnation. Compared to traditional graphite packing, it has excellent cross-section tightness, structural strength and very low friction-value, wear resistant, yet gentle to shaft and stem.