NO. : P322

is a flat metal reinforced flexible graphite

sheet material made with minimum 98% typical carbon content, bonded with a proprietary adhesive. This adhesive makes up less than 1% of the total laminated weight.

NO. : P323

is a metal mesh reinforced flexible graphite

sheet material made with minimum 98% typical carbon content, bonded with a proprietary adhesive. This adhesive makes up less than 2% of the total laminated weight.

NO. :S371

is a sheet material made from 100 % pure PTFE without added reinforcement or fillers.

NO. : S375

There are two kinds of PTFE rods to offer. One is manufactured by Paste extruding method in the diameter from 4 to 9mm and the other Is made by ram extruding method is the diameter from 10to 50mm; rods Over the diameter 50mm are manufactured by moulding. PTFE is the most chemical-resistant of all known plastics. PTFE has a wide range of practicable temperature from 180%°C - +260°C and a wax-like surface to which anything hardly sticks.

PTFE has the lowest coefficient of friction of all known solid materials. It has the best electrical properties of all plastics.

NO. : S378

Expanded PTFE effectively fills flange imperfections for a tight, leak-free seal. It is easily compressed under lower loads, beneficial for applications such as FRP or glass-lined flanges. Unlike conventional PTFE, which is prone to creep and cold flow, expanded PTFE has good creep resistance and bolt torque retention properties even under higher compressive force. With expanded PTFE, it is much more possible to bolt up once and not have to retorque later.

NO. : S380

Structural PTFE gasket sheets prepared through unique

process rendering excellent action of original fibers, eliminating the problems of creep relax and cold-medium occurring in common (cut or molded) PTFE sheets.Applicable in various corrosive medium, including hydrocarbons acids, caustic lye,solvents, water, steam, hydrogen peroxide and refrigerants, and suitable for pressure-sensitive and brittle flange connections (such as glass, ceramics and plastics) because of the high compression of the used materials.