Ketron PEEK is a material extruded from polyetheretherketone resin (PEEK) and is a thermoplastic super engineering plastic with a continuous operating temperature of 250°C and a good balance of chemical resistance, mechanical coating properties and machinability.

Ketron PEEK is a material extruded from polyetheretherketone resin (PEEK) and is a thermoplastic super engineering plastic with a continuous operating temperature of 250°C and a good balance of chemical resistance, mechanical coating properties and machinability.

Ketron PEEK is a material extruded from polyetheretherketone resin (PEEK) and is a thermoplastic super engineering plastic with a continuous operating temperature of 250°C and a good balance of chemical resistance, mechanical coating properties and machinability.

Ketron PEEK is a material extruded from polyetheretherketone resin (PEEK) and is a thermoplastic super engineering plastic with a continuous operating temperature of 250°C and a good balance of chemical resistance, mechanical coating properties and machinability.

[Note] For products weighing 30 kg or more, please confirm receiving heavy deliveries.

[Note] For products weighing 30 kg or more, please confirm receiving heavy deliveries.

[Note] For products weighing 30 kg or more, please confirm receiving heavy deliveries.

[Note] For products weighing 30 kg or more, please confirm receiving heavy deliveries.

[Note] For products weighing 30 kg or more, please confirm receiving heavy deliveries.

Fluorosint is a unique material obtained by chemically bonding polytetrafluoroethylene (PTFE) and synthesized mica filler, and is suitable for sealing. PTFE features excellent heat-, cold- and chemical-resistance.

Fluorosint is a unique material obtained by chemically bonding polytetrafluoroethylene (PTFE) and synthesized mica filler, and is suitable for sealing. PTFE features excellent heat-, cold- and chemical-resistance.

Fluorosint is a unique material obtained by chemically bonding polytetrafluoroethylene (PTFE) and synthesized mica filler, and is suitable for sealing. PTFE features excellent heat-, cold- and chemical-resistance.

Fluorosint is a unique material obtained by chemically bonding polytetrafluoroethylene (PTFE) and synthesized mica filler, and is suitable for sealing. PTFE features excellent heat-, cold- and chemical-resistance.

Fluorosint is a unique material obtained by chemically bonding polytetrafluoroethylene (PTFE) and synthesized mica filler, and is suitable for sealing. PTFE features excellent heat-, cold- and chemical-resistance.

Fluorosint is a unique material obtained by chemically bonding polytetrafluoroethylene (PTFE) and synthesized mica filler, and is suitable for sealing. PTFE features excellent heat-, cold- and chemical-resistance.

[Features]· MC Nylon is made by the polymerization and molding of primary material nylon monomer under atmospheric pressure. This improves the nylon characteristics that are not found in injection-molded and extrusion-molded products.

[Features]· MC Nylon is made by the polymerization and molding of primary material nylon monomer under atmospheric pressure. This improves the nylon characteristics that are not found in injection-molded and extrusion-molded products.

[Features]· MC Nylon is made by the polymerization and molding of primary material nylon monomer under atmospheric pressure. This improves the nylon characteristics that are not found in injection-molded and extrusion-molded products.

[Features]· MC Nylon is made by the polymerization and molding of primary material nylon monomer under atmospheric pressure. This improves the nylon characteristics that are not found in injection-molded and extrusion-molded products.

[Features]· MC Nylon is made by the polymerization and molding of primary material nylon monomer under atmospheric pressure. This improves the nylon characteristics that are not found in injection-molded and extrusion-molded products.