TECASINT 2011 natural - Stock Shapes (rods, plates, tubes) Main features: - very good thermal stability - high thermal and mechanical capacity - low outgassing - very good electrical insulation - resistance against high energy radiation - good chemical resistance - 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 - medical technology - semiconductor technology - vacuum technology

TECASINT 2021 black - Stock Shapes (rods, plates, tubes) Main features: - very good slide and wear properties - very good thermal stability - high thermal and mechanical capacity - good wear resistance - resistance against high energy radiation - high creep resistance - good chemical resistance - sensitive to hydrolysis in higher thermal range Target Industries: - mechanical engineering - precision engineering - automotive industry - aircraft and aerospace technology - cryogenic engineering - conveyor technology - hot glass technology

TECASINT 2031 black - Stock Shapes (rods, plates, tubes) Main features - high thermal and mechanical capacity - very good slide and wear properties - very good thermal stability - very high creep resistant - good wear resistance - low thermal expansion - resistance against high energy radiation - 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 2061 black - Stock Shapes (rods, plates, tubes) Main features: - very good slide and wear properties - good wear resistance - high thermal and mechanical capacity - 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

TECASINT 2391 black - Stock Shapes (rods, plates, tubes) Main features: - high thermal and mechanical capacity - very good slide and wear properties - low outgassing - very good thermal stability - good chemical resistance - high creep resistance - resistance against high energy radiation - sensitive to hydrolysis in higher thermal range Target Industries: - aircraft and aerospace technology - cryogenic engineering - precision engineering - vacuum technology

TECASINT 4011 natural - Stock Shapes (rods, plates, tubes) Main features: - very high thermal and oxidative resistance - very low water absorption - high thermal and mechanical capacity - high creep resistance - low outgassing - good chemical resistance - resistance against high energy radiation - sensitive to hydrolysis in higher thermal range Target Industries: - mechanical engineering - precision engineering - electronics - electrical engineering - conveyor technology - semiconductor technology

TECASINT 4021 black - Stock Shapes (rods, plates, tubes) Main features: - very high thermal and oxidative resistance - very low water absorption - very good slide and wear properties - high thermal and mechanical capacity - good chemical resistance - high creep resistance - resistance against high energy radiation - sensitive to hydrolysis in higher thermal range Target Industries: - automotive industry - conveyor technology - hot glass technology - mechanical engineering - precision engineering

TECASINT 4111 natural - Stock Shapes (rods, plates, tubes) Main features: - very high thermal and oxidative resistance - low thermal expansion - very low water absorption - high thermal and mechanical capacity - low outgassing - good chemical resistance - high creep resistance - sensitive to hydrolysis in higher thermal range Target Industries: - mechanical engineering - precision engineering - electronics - electrical engineering - conveyor technology - semiconductor technology

TECASINT 4121 black - Stock Shapes (rods, plates, tubes) Main features: - very high thermal and oxidative resistance - very good slide and wear properties - high thermal and mechanical capacity - very low water absorption - high creep resistance - good chemical resistance - resistance against high energy radiation - sensitive to hydrolysis in higher thermal range Target Industries: - automotive industry - conveyor technology - hot glass technology - mechanical engineering - precision engineering

TECASINT 5111 natural - Stock Shapes (rods, plates, tubes) Main features: - very good electrical insulation - high thermal and mechanical capacity - good wear resistance - high creep resistance - resistance against high energy radiation - sensitive to hydrolysis in higher thermal range Target Industries: - semiconductor technology - electrical engineering - aircraft and aerospace technology - cryogenic engineering - mechanical engineering - nuclear and vacuum technology

TECASINT 5501 ESD light-brown - Stock Shapes (rods, plates, tubes) Main features: - electrically static dissipative - high thermal and mechanical capacity - low thermal expansion - high creep resistance - resistance against high energy radiation Target Industries: - electronics - semiconductor technology - cryogenic engineering - electrical engineering - mechanical engineering - nuclear and vacuum technology

TECASINT 8001 yellow-brown - Stock Shapes (rods, plates, tubes) Main features - very good slide and wear properties - anti adhesive - very good electrical insulation - high toughness - very good UV and weather resistance - good chemical resistance - sensitive to hydrolysis in higher thermal range Target Industries - cryogenic engineering - electrical engineering - food engineering - fixture construction - medical technology - textile industry

TECASINT 8061 yellow-brown - Stock Shapes (rods, plates, tubes) Main features - very good slide and wear properties - anti adhesive - very good electrical insulation - high toughness - very good UV and weather resistance - good chemical resistance - sensitive to hydrolysis in higher thermal range Target Industries - cryogenic engineering - electrical engineering - food engineering - fixture construction - medical technology - textile industry

Composite Parts Vespel® CP-0301 composite parts from sheet molding compound consist of long, chopped fibers held in a polymer matrix. The discontinuous nature of the fibers allows the fibers to align with the contours of the part, permitting the molding of relatively complex shapes, while providing reinforcing strength. Vespel® CP-0301 parts demonstrate high strength and low weight for aircraft clamps and similar components.

Composite Parts Vespel® CP-0644, CP-0648 and CP-0650 composite parts consist of woven, carbon- fiber fabrics laminated in polyimide resin for strong, light, and durable components. CP parts are used as bushings and washers in high temperatures and oxidative environments.

Composite Parts Vespel® CP-0644, CP-0648 and CP-0650 composite parts consist of woven, carbon- fiber fabrics laminated in polyimide resin for strong, light, and durable components. CP parts are used as bushings and washers in high temperatures and oxidative environments.

Composite Parts Vespel® CP-0644, CP-0648 and CP-0650 composite parts consist of woven, carbon- fiber fabrics laminated in polyimide resin for strong, light, and durable components. CP parts are used as bushings and washers in high temperatures and oxidative environments.

Composite Parts Vespel® CP-8000 series composite parts are made from fibers braided into hollow tubes held in a matrix of resins. This produces bushings that offer the best combination of properties for applications that require the benefits that a composite structure offers. Toughness, thermal resistance, self-lubricity, and wear resistance are the most common requirements for the Vespel® CP-8000 series products.

Composite Parts Vespel® CP-8000 series composite parts are made from fibers braided into hollow tubes held in a matrix of resins. This produces bushings that offer the best combination of properties for applications that require the benefits that a composite structure offers. Toughness, thermal resistance, self-lubricity, and wear resistance are the most common requirements for the Vespel® CP-8000 series products.

Composite Parts Vespel® CP-8000 series composite parts are made from fibers braided into hollow tubes held in a matrix of resins. This produces bushings that offer the best combination of properties for applications that require the benefits that a composite structure offers. Toughness, thermal resistance, self-lubricity, and wear resistance are the most common requirements for the Vespel® CP-8000 series products.

Polyimide Isostatic Shapes DuPont™ Vespel® SCP-5000 is an unfilled polyimide polymer that offers high modulus and surface hardness and improved dimensional stability. Compared to traditional polyimides, it offers better strength and stiffness at high temperatures.

Polyimide Direct-Formed Parts DuPont™ Vespel® SCP-50094 is a proprietary polymer. It is designed for demanding applications that require extensive toughness and chemical resistance.

Polyimide Isostatic Shapes DuPont™ Vespel® SCP-50094 is a proprietary polymer. It is designed for demanding applications that require high temperature and wear resistance.

Polyimide Direct-Formed Parts DuPont™ Vespel® SCP-5050 parts and shapes improve high temperature performance and wear resistance to allow for the replacement of metal and graphite parts. Vespel® SCP-5050 parts and shapes enable more efficient and durable systems, increased performance and reduced maintenance costs. SCP-5050 has a Coefficient of Thermal Expansion (CTE) similar to steel.

Polyimide Shapes DuPont™ Vespel® SCP-5050 parts and shapes improve high temperature performance and wear resistance to allow for the replacement of metal and graphite parts. Vespel® SCP-5050 parts and shapes enable more efficient and durable systems, increased performance and reduced maintenance costs. SCP-5050 has a Coefficient of Thermal Expansion (CTE) similar to steel.

POLYIMIDE FOAM PARTS DuPont™ Vespel® SF parts and shapes are foam products used in applications requiring thermal insulation at high temperatures. Products are available in various densities to provide different mechanical properties.

POLYIMIDE FOAM PARTS DuPont™ Vespel® SF parts and shapes are foam products used in applications requiring thermal insulation at high temperatures. Products are available in various densities to provide different mechanical properties.

POLYIMIDE FOAM PARTS DuPont™ Vespel® SF parts and shapes are foam products used in applications requiring thermal insulation at high temperatures. Products are available in various densities to provide different mechanical properties.

POLYIMIDE DIRECT-FORMED PARTS DuPont™ Vespel® SP-1 parts and shapes are specified for their excellent physical properties, including electrical and thermal insulation at high temperatures. SP-1 is an unfilled polymer.

POLYIMIDE ISOSTATIC SHAPES DuPont™ Vespel® SP-1 parts and shapes are specified for their excellent physical properties, including electrical and thermal insulation at high temperatures. SP-1 is an unfilled polymer.

POLYIMIDE DIRECT-FORMED PARTS DuPont™ Vespel® SP-21 parts and shapes provide low wear and friction for bearing, thrust washers, and dynamic seals. SP-21 is a graphite-filled polymer.

POLYIMIDE ISOSTATIC SHAPES DuPont™ Vespel® SP-21 parts and shapes provide low wear and friction for bearing, thrust washers, and dynamic seals. SP-21 is a graphite-filled polymer.

POLYIMIDE DIRECT-FORMED PARTS DuPont™ Vespel® SP-211 parts and shapes have a low coefficient of friction over a wide range of operating conditions. It exhibits low wear rates up to 300 °C (572 °F). SP-211 is a filled polymer.

POLYIMIDE ISOSTATIC SHAPES DuPont™ Vespel® SP-211 parts and shapes have a low coefficient of friction over a wide range of operating conditions. It exhibits low wear rates up to 300 °C (572 °F). SP-211 is a filled polymer.

POLYIMIDE DIRECT-FORMED PARTS DuPont™ Vespel® SP-22 parts and shapes provide low wear and friction for bearings, thrust washers, and dynamic seals. SP-22 is a filled polymer with a coefficient of thermal expansion similar to aluminum.

POLYIMIDE ISOSTATIC SHAPES DuPont™ Vespel® SP-22 parts and shapes provide low wear and friction for bearings, thrust washers, and dynamic seals. SP-22 is a filled polymer with a coefficient of thermal expansion similar to aluminum.

POLYIMIDE DIRECT-FORMED PARTS DuPont™ Vespel® SP-221 parts and shapes are specified for low wear applications in non-lubricated conditions against soft metals like aluminum, brass, bronze; bearings (bushings, washers, etc.) SP-221 is a filled polymer with a coefficient of thermal expansion similar to aluminum.

POLYIMIDE ISOSTATIC SHAPES DuPont™ Vespel® SP-3 parts and shapes are specified for seals and bearings in vacuum or dry environments. SP-3 is a filled polymer.

A New Dimensionally Stable Heat Resistant Polyimide Film