TPI is a thermoplastic polyimide film that has excellent thermal, chemical, electrical and physical properties. With a continuous use temperature to 240°C (465°F), TPI films offer superior radiation resistance, excellent wear performance and resistance to chemicals.

35N is a pure polyimide laminate and prepreg system for applications requiring high temperature performance. High Tg (250°C) results in low Z-direction expansion for resistance to PTH failure during PWB processing, and minimizes risk of latent PTH defects in-service. Reduced temperature and time to cure offers improved throughput compared to traditional polyimide cycles.

35NQ is a pure polyimide laminate and prepreg system. Reinforced with woven Quartz fabric, combining the advantages of a reduced cure cycle, high temperature polyimide system (Tg >/=250°C), with low dielectric constant and loss tangent (DK = 3.5, loss 0.009 at 1 MHz) for applications requiring operation at RF/Microwave frequencies. Polyimide Quartz materials also exhibit reduced in-plane CTE for expansion matched SMT applications.

37N is a polyimide low-flow prepreg suitable for bonding multilayer polyimide rigid-flex, attaching heat sinks to polyimide MLBs, or other applications where minimal and uniform resin flow is required.

38N is an improved polyimide low-flow prepreg suitable for bonding multilayer polyimide rigid-flex, attaching heat sinks to polyimide MLBs, or other applications where minimal and uniform resin flow is required.

Features - Carbon Fiber Reinforced, Wear Resistance - High Strength, High Modulus

FEATURES - Carbon Fiber Reinforced, Wear Resistance - High Strength, High Modulus

Features - Carbon Fiber Reinforced - High Strength (Intensity ratio is approximately 1.4 times the aluminum alloy), high modulus

Features - Carbon Fiber Reinforced

Features - Glass Fiber Reinforced - High Modulus - Excellent Electrical Properties (Electrical Insulation)

Features - Non-Reinforced/Filled, Wear Resistance

AURUM ® PIPA exhibits a glass transition temperature of 258°C and has higher heat resistance than that of the standard AURUM ® resins (glass transition temperature: 250°C). AURUM ® PI-PA shows better extrudability than that of the standard AURUM ® resins and is suitable for the manufacture of stock shapes. Because of its low rate of crystallization, AURUM ® PI-PA is practically non-crystalline.

Features - Non Reinforced/Filled - Excellent Cleanness (Low Outgassing, Low Level Impurities)

Features - Non Reinforced/Filled - Excellent Cleanness (Low Outgassing, Low Level Impurities) - Excellent Extrusion Performance (Suitable for Film Manufacturing, Cable Coating)

Non Reinforced/ Filled

D/W 300 is a family of polyimide film products with no adhesive. D/W 300 materials combine excellent physical, electrical and mechanical properties at temperatures ranging from -452F (-269C) to 752F (400C). D/W 300 materials offer excellent dimensional stability along with very good chemical resistance. Applications for D/W 300 polyimide films range from electrical and thermal insulation to use in transformers, heat sealing devices and more.

Duratron® D7000 PI Polyimide shapes possess superior electrical and thermal insulation properties, and outstanding mechanical performance qualities for applications that demand higher temperature resistance. In addition to these characteristics, Duratron® D7000 PI offers great chemical resistance, high strength and toughness, and outstanding dimensional stability. For these reasons, Duratron® D7000 PI is often seen as an ideal solution for designs that reduce weight, extend length of service before maintenance or replacement, and reduce overall costs by increasing process uptime.

Duratron® D7015G PI Polyimide is a bearing grade PI that exhibits superior temperature and wear resistance qualities, while offering a low coefficient of friction. Not only does Duratron® D7015G PI maintain its performance abilities with or without lubrication, but with 15% graphite added to provide long wear and friction, it is a great choice for bearing, bushing, and seal applications where higher loads or speeds are a significant factor.

Duratron DF7000 PI Polyimide shapes possess superior electrical and thermal insulation properties, and outstanding mechanical performance qualities for applications that demand higher temperature resistance. In addition to these characteristics, Duratron DF7000 PI offers great chemical resistance, high strength and toughness, and outstanding dimensional stability. For these reasons, Duratron DF7000 PI is often seen as an ideal solution for designs that reduce weight, extend length of service before maintenance or replacement, and reduce overall costs by increasing process uptime.

Duratron DF7015G PI Polyimide is a bearing grade PI that exhibits superior temperature and wear resistance qualities, while offering a low coefficient of friction. Not only does Duratron DF7015G PI maintain its performance abilities with or without lubrication, but with 15% graphite added to provide low wear and friction, it is a great choice for bearing, bushing, and seal applications where higher loads or speeds are a significant factor.

Duratron DF7040G PI Polyimide is a bearing grade PI that exhibits superior temperature and wear resistance qualities, while offering a low coefficient of friction. Not only does Duratron DF7040G PI maintain its performance abilities with or without lubrication, but with 40% graphite added its providing even lower wear and friction compared to Duratron DF7015G PI which maked this grade to be the best choice for bearing, bushing, and seal applications where higher loads or speeds are a significant factor.

Duratron DFU7000 PI Polyimide shapes possess superior electrical and thermal insulation properties, and outstanding mechanical performance qualities for applications that demand higher temperature resistance. In addition to these characteristics, Duratron DFU7000 PI offers great chemical resistance, high strength and toughness, and outstanding dimensional stability. For these reasons, Duratron DFU7000 PI is often seen as an ideal solution for designs that reduce weight, extend length of service before maintenance or replacement, and reduce overall costs by increasing process uptime. In comparison to Duratron DF7000 PI it has an improved thermal oxidative stability and a better dimensional stability.

Duratron DFU7015G PI Polyimide is a bearing grade PI that exhibits superior temperature and wear resistance qualities, while offering a low coefficient of friction. Not only does Duratron DFU7015G PI maintain its performance abilities with or without lubrication, but with 15% graphite added to provide low wear and friction, it is a great choice for bearing, bushing, and seal applications where higher loads or speeds are a significant factor. In comparison to Duratron DF7015G PI it has an improved thermal oxidative stability and a better dimensional stability.

Duratron DFU7040G PI Polyimide is a bearing grade PI that exhibits superior temperature and wear resistance qualities, while offering a low coefficient of friction. Not only does Duratron DFU7040G PI maintain its performance abilities with or without lubrication, but with 40% graphite added its providing even lower wear and friction compared to Duratron DFU7015G PI which maked this grade to be the best choice for bearing, bushing, and seal applications where higher loads or speeds are a significant factor. In comparison to Duratron DF7040G PI it has an improved thermal oxidative stability and a better dimensional stability.

EXTEM RH1016UCL resin is an unreinforced amorphous thermoplastic polyimide (TPI) resin that may offer a high glass transition temperature (Tg) of 279°C. Features are excellent mechanical, electrical and dimensional properties up to high temperatures. The material has good near-IR transparency and a high refractive index making it an excellent candidate for SMT at JEDEC standard temperature of 260°C needing injection moldable optical lenses and connectors. The material is RoHS compliant and the natural, uncolored, material is halogen free according to standards IEC 61249-2-21, IPC 4101E and JEDEC JS709B. For colored variants compliance needs to be checked case by case.

EXTEM XH1015UCL resin is an unreinforced amorphous thermoplastic polyimide (TPI) resin that may offer a high glass transition temperature (Tg) of 267°C. Features are excellent mechanical, electrical and dimensional properties up to high temperatures. The material has good near-IR transparency and a high refractive index making it an excellent candidate for SMT needing injection moldable optical lenses and connectors. The material is RoHS compliant and the natural, uncolored, material is halogen free according to standards IEC 61249-2-21, IPC 4101E and JEDEC JS709B. For colored variants compliance needs to be checked case by case.

EXTEM XH2315 Resin is a reinforced, 30% glass fiber filled amorphous thermoplastic polyimide resin that may offer a extremely high glass transition temperature (Tg of 267°C). Features are excellent mechanical, electrical and dimensional properties up to highest temperatures. The material may offer very good chemical resistance for an amorphous material and is inherently flame retardant offering UL94 V0 ratings at 0.75 mm and V0,5VA at 1.0 mm and 1.5-1.65 mm. The material is RoHS compliant. The base material is transparent amber colored and available in natural and black color.

This data represents typical values that have been calculated from all products classified as: Generic PI, TP - Carbon 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 - 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 Hot compression molding or 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 Hot compression molding or 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 Hot compression molding or 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 Hot compression molding or 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 Hot compression molding or 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 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 and 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 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 and 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 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 and direct forming 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.