This data represents typical values that have been calculated from all products classified as: Generic PI, TP - Glass Fiber This information is provided for comparative purposes only.

This data represents typical values that have been calculated from all products classified as: Generic PI, TP - Graphite Fiber This information is provided for comparative purposes only.

This data represents typical values that have been calculated from all products classified as: Generic PI, TP This information is provided for comparative purposes only.

- Excellent performance at high temperatures - High strength and excellent shape stability - Very good impact resistance - High heat deflection temperature - Very good creep resistance even at elevated temperatures - Machinable with standard tools - Low wear and friction behaviour - Processing by Direct forming Application examples bushings, seals, bearings components, guides, gear wheels, and valve parts in the automotive and aerospace industries and in industrial equipment.

- Excellent performance at high temperatures - High strength and excellent shape stability - Very good impact resistance - High heat deflection temperature - Very good creep resistance even at elevated temperatures - Machinable with standard tools - Low wear and friction behaviour - Processing by Direct forming Application examples bushings, seals, bearings components, guides, gear wheels, and valve parts in the automotive and aerospace industries and in industrial equipment.

Polyamid P84® NT - at a glance - Excellent performance at high temperatures - High strength and excellent shape stability - Very good impact resistance - High heat deflection temperature - Very good creep resistance even at elevated temperatures - Machinable with standard tools - Low wear and friction behaviour - Processing by Hot compression molding Application examples bushings, seals, bearings components, guides, gear wheels, and valve parts in the automotive and aerospace industries and in industrial equipment.

- Excellent performance at high temperatures - High strength and excellent shape stability - Very good impact resistance - High heat deflection temperature - Very good creep resistance even at elevated temperatures - Machinable with standard tools - Low wear and friction behaviour - Processing by Hot compression molding Application examples bushings, seals, bearings components, guides, gear wheels, and valve parts in the automotive and aerospace industries and in industrial equipment.

- Excellent performance at high temperatures - High strength and excellent shape stability - Very good impact resistance - High heat deflection temperature - Very good creep resistance even at elevated temperatures - Machinable with standard tools - Low wear and friction behaviour - Processing by Hot compression molding Application examples bushings, seals, bearings components, guides, gear wheels, and valve parts in the automotive and aerospace industries and in industrial equipment.

Polyamid P84® NT - at a glance - Excellent performance at high temperatures - High strength and excellent shape stability - Very good impact resistance - High heat deflection temperature - Very good creep resistance even at elevated temperatures - Machinable with standard tools - Low wear and friction behaviour - Processing by Hot compression molding Application examples bushings, seals, bearings components, guides, gear wheels, and valve parts in the automotive and aerospace industries and in industrial equipment.

Polyamid P84® NT - at a glance - Excellent performance at high temperatures - High strength and excellent shape stability - Very good impact resistance - High heat deflection temperature - Very good creep resistance even at elevated temperatures - Machinable with standard tools - Low wear and friction behaviour - Processing by Hot compression molding Application examples bushings, seals, bearings components, guides, gear wheels, and valve parts in the automotive and aerospace industries and in industrial equipment.

Polyamid P84® UTH - at a glance - Excellent thermo-oxidative stability (use up to 300°C) - High mechanical strength and dimensional stability even at very high temperatures - Good creep resistance under load even at high temperatures - Easy machinability with standard tools for metals - Excellent tribological properties, high wear resistance - Processing by direct forming Application examples bushings, seals, bearings components, guides, gear wheels, and valve parts in the automotive and aerospace industries and in industrial equipment.

Polyamid P84® UHT - at a glance - Excellent thermo-oxidative stability (use up to 300°C) - High mechanical strength and dimensional stability even at very high temperatures - Good creep resistance under load even at high temperatures - Easy machinability with standard tools for metals - Excellent tribological properties, high wear resistance - Processing by direct forming Application examples bushings, seals, bearings components, guides, gear wheels, and valve parts in the automotive and aerospace industries and in industrial equipment.

Polyamid P84® UHT - at a glance - Excellent thermo-oxidative stability (use up to 300°C) - High mechanical strength and dimensional stability even at very high temperatures - Good creep resistance under load even at high temperatures - Easy machinability with standard tools for metals - Excellent tribological properties, high wear resistance - Processing by direct forming Application examples bushings, seals, bearings components, guides, gear wheels, and valve parts in the automotive and aerospace industries and in industrial equipment.

Polyamid P84® UTH - at a glance - Excellent thermal-oxidative stability (use up to 300°C) - Best dimensional stability even at very high temperatures - Low water absorption and very good chemical resistance - Easy machinability with standard tools for metals - Excellent tribological properties, high wear resistance - Processing by hot compression molding Application examples bushings, seals, bearings components, guides, gear wheels, and valve parts in the automotive and aerospace industries and in industrial equipment.

Polyamid P84® UHT - at a glance - Excellent thermo-oxidative stability (use up to 300°C) - High mechanical strength and dimensional stability even at very high temperatures - Good creep resistance under load even at high temperatures - Easy machinability with standard tools for metals - Excellent tribological properties, high wear resistance - Processing by direct forming Application examples bushings, seals, bearings components, guides, gear wheels, and valve parts in the automotive and aerospace industries and in industrial equipment.

Polyamid P84® UTH - at a glance - Excellent thermal-oxidative stability (use up to 300°C) - Best dimensional stability even at very high temperatures - Low water absorption and very good chemical resistance - Easy machinability with standard tools for metals - Excellent tribological properties, high wear resistance - Processing by hot compression molding Application examples bushings, seals, bearings components, guides, gear wheels, and valve parts in the automotive and aerospace industries and in industrial equipment.

Polyamid P84® UTH - at a glance - Excellent thermo-oxidative stability (use up to 300°C) - High mechanical strength and dimensional stability even at very high temperatures - Good creep resistance under load even at high temperatures - Easy machinability with standard tools for metals - Excellent tribological properties, high wear resistance - Processing by hot compression molding Application examples bushings, seals, bearings components, guides, gear wheels, and valve parts in the automotive and aerospace industries and in industrial equipment.

PLAVIS is a super engineering plastic. PLAVIS polyimide has a unique chemical structure with some of the highest properties availiable. Nitrogen bonded to 3 carbons is the critical part of the chain and imparts the plastic with remarkable features and benefits. DAELIM makes PLAVIS isostatic molded rods have uniform properties in all directions.

PLAVIS is a super engineering plastic. PLAVIS polyimide has a unique chemical structure with some of the highest properties availiable. Nitrogen bonded to 3 carbons is the critical part of the chain and imparts the plastic with remarkable features and benefits. DAELIM makes PLAVIS isostatic molded rods have uniform properties in all directions.

PLAVIS is a super engineering plastic. PLAVIS polyimide has a unique chemical structure with some of the highest properties availiable. Nitrogen bonded to 3 carbons is the critical part of the chain and imparts the plastic with remarkable features and benefits. DAELIM makes PLAVIS isostatic molded rods have uniform properties in all directions.

PLAVIS is a super engineering plastic. PLAVIS polyimide has a unique chemical structure with some of the highest properties availiable. Nitrogen bonded to 3 carbons is the critical part of the chain and imparts the plastic with remarkable features and benefits. DAELIM makes PLAVIS isostatic molded rods have uniform properties in all directions.

PLAVIS is a super engineering plastic. PLAVIS polyimide has a unique chemical structure with some of the highest properties availiable. Nitrogen bonded to 3 carbons is the critical part of the chain and imparts the plastic with remarkable features and benefits. DAELIM makes PLAVIS isostatic molded rods have uniform properties in all directions.

PLAVIS is a super engineering plastic. PLAVIS polyimide has a unique chemical structure with some of the highest properties availiable. Nitrogen bonded to 3 carbons is the critical part of the chain and imparts the plastic with remarkable features and benefits. DAELIM makes PLAVIS isostatic molded rods have uniform properties in all directions.

PLAVIS is a super engineering plastic. PLAVIS polyimide has a unique chemical structure with some of the highest properties availiable. Nitrogen bonded to 3 carbons is the critical part of the chain and imparts the plastic with remarkable features and benefits. DAELIM makes PLAVIS isostatic molded rods have uniform properties in all directions.

Glass Fiber - PTFE Lubricated

Glass Fiber

Glass Fiber

Glass Fiber - PTFE Lubricated

Glass Fiber

Glass Fiber - UL94 V-0

Carbon Fiber Reinforced - PTFE Lubricated - Wear Resistant

Carbon Fiber - PTFE Lubricated

Carbon Fiber

Carbon Fiber

Carbon Fiber

TECASINT 1011 natural - Stock Shapes (rods, plates, tubes) Main features: - high thermal and mechanical capacity - very good thermal stability - good chemical resistance - very good electrical insulation - resistance against high energy radiation - low outgassing - high creep resistance - sensitive to hydrolysis in higher thermal range Target Industries: - mechanical engineering - precision engineering - aircraft and aerospace technology - cryogenic engineering - electronics - electrical engineering - nuclear and vacuum technology - semiconductor technology

TECASINT 1021 black - Stock Shapes (rods, plates, tubes) Main features: - very good slide and wear properties - very good thermal stability - good wear resistance - good chemical resistance - high thermal and mechanical capacity - resistance against high energy radiation - high creep resistance - sensitive to hydrolysis in higher thermal range Target Industries: - automotive industry - aircraft and aerospace technology - cryogenic engineering - conveyor technology - hot glass technology - mechanical engineering - precision engineering

TECASINT 1031 black - Stock Shapes (rods, plates, tubes) Main features - very good slide and wear properties - very good thermal stability - very high creep resistant - good wear resistance - high thermal and mechanical capacity - resistance against high energy radiation - low thermal expansion - sensitive to hydrolysis in higher thermal range Target Industries - automotive industry - aircraft and aerospace technology - cryogenic engineering - conveyor technology - hot glass technology - mechanical engineering - precision engineering - textile industry

TECASINT 1061 black - Stock Shapes (rods, plates, tubes) Main features: - very good slide and wear properties - high thermal and mechanical capacity - good wear resistance - resistance against high energy radiation - good chemical resistance - sensitive to hydrolysis in higher thermal range Target Industries: - automotive industry - aircraft and aerospace technology - conveyor technology - mechanical engineering - precision engineering - textile industry - vacuum technology