Flexible graphite thread is made of flexible graphite and natural fiber, synthetic fiber, metal alloy wire and other reinforcing materials, adding a binder, and through a specific process to make various types of reinforced flexible graphite threads for weaving different flexible graphite packings.
The braided packing made of different fibers and reinforced metal wires, reinforced flexible graphite threads, can be used for sealing under different medium environments, different temperatures and different pressures. According to the harsh corrosive environment and user needs, corrosion inhibitor type sealing elements can be added to the graphite wire to prevent corrosion, and the performance will be more perfect.

Flexible graphite thread is made of flexible graphite and natural fiber, synthetic fiber, metal alloy wire and other reinforcing materials, adding a binder, and through a specific process to make various types of reinforced flexible graphite threads for weaving different flexible graphite packings.
The braided packing made of different fibers and reinforced metal wires, reinforced flexible graphite threads, can be used for sealing under different medium environments, different temperatures and different pressures. According to the harsh corrosive environment and user needs, corrosion inhibitor type sealing elements can be added to the graphite wire to prevent corrosion, and the performance will be more perfect.

Packing braided with 100 series of flexible graphite thread through different weaving processes such as through-core weaving and sleeve weaving, the sealing performance of the packing is more perfect and safer. It is the best combination component to solve the sealing problem. And according to the corrosive environment and user needs, the packing can also be treated with corrosion inhibitors, so that the packing has a better anti-corrosion function. It is suitable for almost all media such as hot water, steam, oil, heat exchange fluid, acid, alkali, ammonia, organic solvent, hydrocarbon, cryogenic liquid, etc. It is used in equipment and devices of petroleum, power generation, chemical industry, light industry, pharmaceuticals, etc.

Using 100 series flexible graphite wire as raw material, its cross-section is rectangular, which is different from the conventional square cross-section. Can be used as gasket sealing material.
Other properties are the same as 200 series.

Pre-impregnated, twisted cotton thread is completely impregnated during weaving, which is an economical packing. This colorless impregnant prevents any fading and contamination of the product. Therefore, the packing is mainly used for cleaning media. Due to the seawater resistance of the impregnant, the packing can also be used to seal the stern tube and the propeller column. It can be used in water, sewage, sea water, and salt solutions.
231 cotton yarn packing impregnated with graphite grease. It is water resistant, and the applied parameters are the same as 230.

It is made of polypropylene wax fiber as raw material, reinforced, woven, and impregnated with polytetrafluoroethylene. With high strength, abrasion resistance, erosion resistance and other properties, it is an ideal substitute for asbestos packing. It is suitable for pumps, valves and kettles with higher linear velocity and higher pressure as packing seals.
241’s materials, processes, and application fields are equivalent to 240. It is supplemented with silicone rubber in the center part, and the compression compensation performance of the product is better.

This packing is woven with white asbestos fiber bundles, impregnated with polytetrafluoroethylene emulsion (lubricant can be added on request). This is a softer packing, which is often used to seal various chemical pumps. If used in reciprocating pumps and higher linear speeds (within 10m/s), it is recommended to use asbestos PTFE packing with lubricant penetration.

Ramie packing is woven with long ramie fibers impregnated with polytetrafluoroethylene, with a lubricant in the middle. As hemp will become softer in seawater and the fibers will expand, so this kind of packing is particularly suitable for use on valves and pumps of seawater media.

This kind of packing is made by first carbonizing polyacrylonitrile fibers into carbonized fibers, and then dipping the polytetrafluoroethylene emulsion containing graphite particles to weave into packing. This kind of packing can be used in strong acid or weak base media and dynamic sealing parts with a small amount of solid particles.

Carbon fiber graphite packing is made of high-strength, high-modulus continuous carbon fiber filaments, which are softened and then woven. This packing is infiltrated with a mixture of graphite micropowder and polytetrafluoroethylene emulsion, and a lubricant is added. It not only has excellent chemical stability and thermal conductivity, but also has high strength. It is especially suitable for the sealing of various rotary pumps and reciprocating pumps that are chemically corrosive and contain granular media.

PTFE packing is a kind of braided packing made of PTFE thread. Do not impregnate any PTFE emulsion and grease. It is recommended to be used in IC-related production lines, fine chemicals, food, pharmaceuticals and other operations where contamination is not allowed. It can be used to seal all chemical media except molten alkali metals.

Die Packung besteht aus reiner Polytetrafluorethylen-Faser, die zu einem quadratischen Querschnitt verwoben und dann mit Polytetrafluorethylen-Emulsion imprägniert wird. Hat eine hohe Querschnittsdichte und strukturelle Festigkeit. Es ist beständig gegen fast alle chemischen Medien und weist eine hohe Beständigkeit gegen mechanische Beschädigungen auf. Der niedrige Reibungskoeffizient macht die rotierende Welle flexibel und verbraucht weniger Energie. Durch die Stabilität von PTFE und kein unter Betriebsdruck extrudiertes Schmiermittel hat es eine lange Lebensdauer.