PI Powders

Polyimide powders are advanced high-performance materials engineered for demanding industrial applications requiring exceptional thermal stability, chemical resistance, and long-term mechanical reliability. These fully imidized polyimide resin powders are based on non-meltable pseudo-thermoplastic polymer technology with a defined glass transition temperature (Tg), enabling reliable performance under extreme operating conditions.

The material range includes both solution-grade granules and ultra-fine powder grades designed for a wide variety of modern engineering and industrial processing applications. Due to their unique molecular structure, polyimide powders maintain outstanding structural stability and performance even when exposed to elevated temperatures, aggressive chemicals, and harsh environmental conditions.

These advanced powder materials are widely used in aerospace, electronics, semiconductor processing, automotive engineering, precision mechanical systems, coatings, composites, and tribological applications where conventional materials cannot maintain long-term performance.

Polyimide powders also offer excellent wear resistance, dimensional stability, creep resistance, and thermal endurance, making them highly suitable for state-of-the-art engineering applications requiring lightweight, durable, and high-purity material solutions.

PI HCM HT Yellow – 1200 Mesh is a fully imidized high-performance polyimide powder engineered for demanding industrial applications requiring exceptional thermal stability, mechanical durability, and long-term performance under extreme operating conditions. Developed specifically for the production of semi-finished polyimide components, this advanced powder material is ideally suited for high-temperature processing and precision engineering applications.

The material features a non-meltable pseudo-thermoplastic polymer structure with excellent dimensional stability and thermal endurance, enabling reliable performance in environments exposed to elevated temperatures, mechanical stress, and aggressive industrial conditions. Its ultra-fine 1200 mesh particle size supports highly controlled processing and uniform material distribution during hot pressing applications.

PI HCM HT Yellow powder is widely used in advanced manufacturing sectors where high-purity, high-performance polymer solutions are required for structural, tribological, thermal, and precision-engineered components. The material also offers excellent creep resistance, wear resistance, and long-term thermal reliability, making it suitable for aerospace, electronics, semiconductor, automotive, and industrial engineering applications.

PI HCM HT Yellow – 325 Mesh is a fully imidized high-performance polyimide powder engineered for advanced industrial applications requiring exceptional thermal stability, dimensional reliability, and long-term mechanical performance under extreme operating conditions. This advanced powder material has been specially developed for the production of semi-finished polyimide products used in highly demanding engineering environments.

The material offers enhanced thermal stability and a higher glass transition temperature compared to conventional polyimide powder grades, enabling its use in applications exposed to elevated temperatures and severe thermal stress. Its robust polymer structure provides excellent dimensional stability, creep resistance, and long-term durability, making it suitable for precision industrial and high-temperature engineering applications.

PI HCM HT Yellow – 325 Mesh is specifically designed for processing through hot compression moulding techniques and is available in multiple particle size variations for different industrial processing requirements. The material is widely used in aerospace, semiconductor, electronics, automotive, and mechanical engineering sectors where advanced thermal and structural performance is critical.

PI HCM HT Yellow – 40 Mesh is a fully imidized high-performance polyimide powder developed for advanced industrial applications requiring exceptional thermal stability, dimensional accuracy, and long-term mechanical durability. Engineered specifically for the production of semi-finished polyimide products, this material is highly suitable for demanding environments exposed to elevated temperatures and severe operating conditions.

The material features a non-meltable polymer structure with enhanced thermal resistance and a high glass transition temperature, enabling reliable performance in high-temperature engineering applications. Its robust structural properties provide excellent dimensional stability, creep resistance, and long-term durability under continuous thermal and mechanical stress.

PI HCM HT Yellow – 40 Mesh is specifically designed for hot compression moulding processes and is available in multiple particle size variations to support different industrial manufacturing requirements. The coarse 40 mesh particle size is particularly suitable for specialized processing applications requiring controlled material flow and structural consistency.

The material is widely used in aerospace, electronics, semiconductor technology, automotive engineering, and precision industrial manufacturing where high-performance thermal and mechanical properties are essential.

PI HCM Yellow – 1200 Mesh is a fully imidized high-performance polyimide powder developed for demanding industrial applications requiring exceptional thermal stability, dimensional reliability, and long-term mechanical performance. This advanced powder material is specifically designed for high-temperature applications and is processed using hot pressing techniques for the production of precision semi-finished polyimide components.

The material features a non-meltable polymer structure that delivers excellent thermal endurance, dimensional stability, and creep resistance under continuous thermal and mechanical stress. Its ultra-fine 1200 mesh particle size supports uniform material distribution and precise processing performance during hot pressing applications.

PI HCM Yellow – 1200 Mesh is widely used in aerospace, electronics, semiconductor technology, automotive engineering, and advanced industrial manufacturing where lightweight, durable, and high-performance polymer solutions are required. The material also provides excellent wear resistance and long-term reliability in harsh operating environments

PI HCM Yellow – 200 Mesh is a fully imidized high-performance polyimide powder developed for demanding industrial applications requiring excellent thermal stability, dimensional accuracy, and long-term mechanical durability. Engineered for high-temperature environments, this advanced powder material is processed using hot pressing techniques for the production of precision semi-finished polyimide components.

The material features a non-meltable polymer structure that delivers outstanding thermal endurance, creep resistance, and dimensional stability under continuous thermal and mechanical stress. Its 200 mesh particle size provides reliable processing performance and controlled material distribution during hot pressing operations.

PI HCM Yellow – 200 Mesh is widely used in aerospace, semiconductor technology, electronics, automotive engineering, and advanced industrial manufacturing where lightweight, durable, and high-performance polymer materials are essential. The material also demonstrates excellent wear resistance and long-term operational reliability in harsh industrial conditions.

PI HCM Yellow – 325 Mesh is a fully imidized high-performance polyimide powder developed for demanding industrial applications requiring exceptional thermal stability, chemical resistance, and long-term mechanical durability. Designed as a high-performance matrix material, this advanced powder is suitable for applications operating under extreme thermal and mechanical conditions where conventional plastics may soften, melt, or rapidly degrade.

The material provides outstanding thermal stability up to 330 °C together with excellent dimensional stability, low friction characteristics, and low abrasion behaviour. These properties make it highly suitable for advanced engineering applications requiring reliable performance under continuous high-temperature exposure and mechanical stress.

PI HCM Yellow – 325 Mesh can also be combined with performance-enhancing fillers such as graphite, glass fiber, carbon fiber, and PTFE. By adjusting the filler composition, the material’s mechanical strength, friction behaviour, and wear resistance can be optimized according to specific industrial requirements and application conditions.

The material is additionally suitable for high-performance grinding applications, including diamond and CBN grinding wheel systems, where excellent thermal endurance and wear resistance are critical.

PI HCM Yellow – 325 Mesh is processed exclusively using hot compression moulding techniques and is available in multiple mesh sizes to support different industrial manufacturing and processing requirements.

PI HCM Yellow – 40 Mesh is a fully imidized high-performance polyimide powder developed for demanding industrial applications requiring exceptional thermal stability, mechanical durability, and long-term reliability under extreme operating conditions. Engineered for high-temperature environments, this advanced powder material is specifically designed for processing through hot pressing techniques in the production of semi-finished polyimide components.

The material features a non-meltable polymer structure that provides excellent thermal endurance, dimensional stability, creep resistance, and wear performance under continuous thermal and mechanical stress. Its coarse 40 mesh particle size supports controlled processing behaviour and reliable material distribution during hot compression moulding applications.

PI HCM Yellow – 40 Mesh is widely used in aerospace, semiconductor technology, electronics, automotive engineering, and advanced industrial manufacturing where lightweight, durable, and high-performance polymer solutions are essential. The material also demonstrates excellent long-term stability in harsh industrial environments where conventional plastics may soften or degrade.

PI HCM Yellow – 425 Mesh is a fully imidized high-performance polyimide powder developed for demanding industrial applications requiring exceptional thermal stability, dimensional accuracy, and long-term mechanical durability. Specifically engineered for high-temperature environments, this advanced powder material is processed using hot pressing techniques for the production of precision semi-finished polyimide components.

The material features a non-meltable polymer structure that provides excellent thermal endurance, creep resistance, and dimensional stability under continuous thermal and mechanical stress. Its 425 mesh particle size enables controlled processing behaviour and reliable material distribution during hot compression moulding applications.

PI HCM Yellow – 425 Mesh is widely used in aerospace, electronics, semiconductor technology, automotive engineering, and advanced industrial manufacturing where lightweight, durable, and high-performance polymer materials are essential. The material also offers excellent wear resistance and long-term operational reliability in harsh industrial environments where conventional plastics may soften or degrade.

PI HT VPD Yellow – 1200 Mesh is a pre-dried and highly cross-linked high-performance polyimide powder developed for advanced industrial applications requiring exceptional thermal stability, dimensional reliability, and enhanced reinforcement performance. This specialized powder material is primarily used as an active filler for high-performance polymer systems such as PTFE and other advanced engineering compounds.

The material features a highly stable polymer structure with excellent thermal endurance, low moisture content, and strong mechanical reliability under demanding operating conditions. Its ultra-fine 1200 mesh particle size enables highly uniform dispersion and optimized reinforcement performance within composite material systems.

PI HT VPD Yellow – 1200 Mesh improves the wear resistance, dimensional stability, creep resistance, and thermal performance of engineering compounds used in demanding industrial applications. The material is particularly suitable for precision engineering, tribological systems, aerospace, automotive, semiconductor technology, and advanced industrial manufacturing environments where long-term durability and high-temperature performance are essential.

The vacuum pre-dried formulation further supports improved processing consistency and enhanced performance in high-purity and moisture-sensitive applications

PI HT VPD Yellow – 325/+1200 Mesh is a pre-dried and highly cross-linked high-performance polyimide powder developed for advanced industrial applications requiring exceptional thermal stability, wear resistance, and reinforcement performance. This specialized powder material is designed to function as an active filler in high-performance polymer systems such as PTFE and other advanced engineering compounds.

The material features a highly stable polymer structure with excellent thermal endurance, low moisture content, and reliable mechanical performance under demanding operating conditions. Its controlled particle size distribution between 325 and 1200 mesh enables optimized dispersion, reinforcement efficiency, and processing consistency in composite material systems.

PI HT VPD Yellow – 325/+1200 Mesh enhances the dimensional stability, creep resistance, thermal performance, and wear characteristics of engineering compounds used in precision industrial applications. The material is particularly suitable for tribological systems, high-temperature engineering components, aerospace applications, automotive systems, semiconductor technology, and advanced industrial manufacturing.

The vacuum pre-dried formulation supports improved processing reliability and performance in moisture-sensitive and high-purity applications where consistent material behaviour is essential.

PI HT VPD Yellow – 325 Mesh is a pre-dried and highly cross-linked high-performance polyimide powder developed for advanced industrial applications requiring exceptional thermal stability, thermo-oxidative resistance, wear performance, and long-term mechanical reliability. Engineered for demanding high-temperature environments, this advanced powder material is specially designed for use as an active reinforcement filler in fluoropolymer systems such as PTFE.

The material features an enhanced polymer structure with increased glass transition temperature and improved thermo-oxidative stability, enabling reliable performance under elevated thermal and mechanical stress conditions. Its highly cross-linked structure provides excellent creep resistance, dimensional stability, and wear performance while maintaining low abrasion against counterpart surfaces.

PI HT VPD Yellow – 325 Mesh is particularly effective as a reinforcement additive in PTFE compounds, improving wear resistance and mechanical durability compared to conventional inorganic filler systems. The material also enables excellent powder dispersion and mixing within the polymer matrix, supporting reliable processing consistency and superior finished surface quality.

The material is widely used in high-performance tribological applications including compressor parts, piston rings, hydraulic seals, dynamic seals, sealing tapes, and other precision industrial components requiring exceptional wear resistance and long-term operational reliability.

PI HT VPD Yellow – 325 Mesh is compatible with standard PTFE sintering processes and provides an advanced alternative for high-performance polymer compound applications where superior tribological and mechanical properties are required.

PI HT VPD Yellow – 425 Mesh is a pre-dried and highly cross-linked high-performance polyimide powder developed for advanced industrial applications requiring exceptional thermal stability, wear resistance, and long-term mechanical reliability. This specialized powder material is designed for use as an active reinforcement filler in high-performance polymer systems such as PTFE and other advanced engineering compounds.

The material features a highly stable polymer structure with excellent thermal endurance, dimensional stability, and creep resistance under demanding operating conditions. Its 425 mesh particle size enables reliable dispersion and optimized reinforcement performance within high-performance composite materials and tribological systems.

PI HT VPD Yellow – 425 Mesh significantly improves the wear resistance and durability of reinforced polymer compounds while minimizing abrasion against counterpart surfaces. The vacuum pre-dried formulation supports enhanced processing consistency and stable performance in moisture-sensitive and high-temperature applications.

The material is widely used in precision industrial applications including seals, compressor components, tribological systems, and high-performance engineering parts requiring reliable operation under continuous thermal and mechanical stress.

PI HT Yellow – Granulate is a fully imidized high-performance polyimide material developed for demanding industrial applications requiring exceptional thermal stability, thermo-oxidative resistance, and long-term mechanical durability. Engineered for extreme operating environments, this advanced granulate material provides enhanced glass transition temperature and superior thermal performance compared to conventional polyimide materials.

The material is specifically designed for applications requiring outstanding temperature resistance and long-term reliability under continuous thermal and mechanical stress. Its highly stable polymer structure delivers excellent creep resistance, dimensional stability, and wear performance in demanding engineering systems and tribological applications.

PI HT Yellow – Granulate is soluble in highly polar solvents and can also be processed into powder form for use as an active reinforcement filler in high-performance polymer systems such as PTFE. In tribological applications, the material demonstrates excellent wear behaviour with minimal abrasion against counterpart surfaces, making it highly suitable for precision mechanical systems operating under load and elevated temperatures.

The material is available in both granulate and powder forms to support a wide range of industrial manufacturing and processing requirements across aerospace, semiconductor technology, electronics, automotive engineering, and advanced mechanical engineering sectors.

PI SG HT Yellow – Granulate is a fully imidized high-performance polyimide material developed for advanced industrial applications requiring exceptional thermal stability, compressive strength, and long-term mechanical reliability under extreme operating conditions. Engineered for demanding high-temperature environments, this advanced granulate material features an exceptionally high glass transition temperature together with outstanding thermo-mechanical performance.

The material is characterized by extremely high thermal stability, excellent creep resistance, and superior compressive strength, enabling reliable operation under severe thermal and mechanical stress conditions. Its highly stable non-meltable polymer structure supports applications where conventional engineering plastics cannot maintain structural integrity or long-term performance.

PI SG HT Yellow – Granulate is also soluble in highly polar solvents, making it suitable for the production of high-performance industrial coatings and advanced engineering formulations. The material can be processed in both granulate and powder form to support a wide range of manufacturing and industrial processing requirements.

Due to its excellent thermal endurance and dimensional stability, the material is widely used in aerospace, semiconductor technology, electronics, coatings, precision engineering, and other advanced industrial applications where maximum thermal performance and long-term reliability are essential.

PI SG Yellow – Granulate is a fully imidized high-performance polyimide material developed for advanced industrial applications requiring exceptional thermal stability, chemical resistance, and long-term mechanical reliability. Engineered as a solution-grade polyimide material, this advanced granulate provides outstanding performance in demanding environments exposed to elevated temperatures and aggressive chemical conditions.

The material features a very high glass transition temperature together with a non-meltable polymer structure, enabling reliable operation in applications where conventional thermoplastics cannot maintain structural integrity or thermal performance. Its exceptional heat resistance and chemical stability make it highly suitable for coatings, industrial formulations, and precision engineering applications operating under severe thermal and chemical stress.

PI SG Yellow – Granulate can be dissolved in highly polar solvents, supporting the production of advanced coating systems and high-performance industrial solutions. The material is also available in both granulate and powder forms, offering flexibility for various manufacturing and processing requirements.

Due to its excellent thermal endurance and chemical resistance, the material is widely used in industrial coatings, aerospace, electronics, semiconductor technology, mechanical engineering, and advanced industrial processing applications requiring long-term durability and high-temperature reliability.

PI SG Yellow – 200 Mesh is a fully imidized high-performance polyimide powder developed for advanced industrial applications requiring exceptional thermal stability, chemical resistance, and long-term mechanical reliability. This solution-grade polyimide powder is specifically designed for further processing into coatings and high-performance solution-based formulations.

The material features a non-meltable polymer structure with excellent heat resistance and dimensional stability, enabling reliable performance in demanding environments exposed to elevated temperatures and aggressive chemical conditions. Its 200 mesh particle size supports controlled processing and uniform dispersion in industrial coating systems and specialty formulations.

PI SG Yellow – 200 Mesh is soluble in highly polar solvents, making it highly suitable for the production of advanced coating systems, protective industrial layers, and high-temperature engineering formulations. The material is widely used in aerospace, electronics, semiconductor technology, precision engineering, and industrial processing applications requiring superior thermal endurance and chemical durability.

Its excellent thermo-mechanical stability and resistance to harsh operating conditions make the material suitable for applications where conventional polymers may soften, degrade, or lose structural performance.

PI STD Yellow – 1200 Mesh is a fully imidized high-performance polyimide powder developed for advanced industrial applications requiring exceptional thermal stability, coating performance, and long-term mechanical reliability. This specialized powder material is particularly suitable for optical coating systems on glass and other precision industrial surface applications.

The material offers excellent thermal resistance together with strong elongation properties, enabling the production of thin-layer films and high-performance coating formulations for demanding engineering environments. Its ultra-fine 1200 mesh particle size supports uniform dispersion, smooth surface quality, and precise processing in advanced coating applications.

PI STD Yellow – 1200 Mesh can also be used as a functional filler in specialty polymer compositions and engineered material systems requiring enhanced thermal and mechanical performance. The material demonstrates excellent dimensional stability and long-term reliability under elevated temperatures and harsh industrial operating conditions.

Due to its outstanding thermal endurance and coating capabilities, the material is widely used in optical applications, electronics, semiconductor technology, precision engineering, aerospace systems, and advanced industrial manufacturing environments.

PI STD Yellow – 140/+325 Mesh is a fully imidized high-performance polyimide powder developed for advanced plasma spray applications requiring exceptional thermal stability, dimensional reliability, and long-term operational performance under extreme conditions. This specialized powder material is engineered for use in abradable sealing systems within high-efficiency turbine engine applications.

The material is specifically designed for plasma spray formulations used in turbine systems where controlled abradable surfaces are required to achieve near zero-clearance sealing performance. When applied to turbine inner surfaces, the material supports improved sealing efficiency and enhanced operational performance in high-temperature gas turbine environments.

PI STD Yellow – 140/+325 Mesh offers excellent thermal resistance, wear performance, and mechanical durability under demanding operating conditions involving elevated temperatures, rotational stress, and continuous mechanical contact. Its controlled particle size distribution supports stable plasma spraying behaviour and consistent coating performance during industrial processing.

The material is widely used in aerospace systems, turbine technologies, advanced industrial engineering, and high-performance mechanical applications where lightweight, durable, and thermally stable coating materials are essential.

PI STD Yellow – 200 Mesh is a fully imidized high-performance polyimide powder developed for advanced grinding and abrasive applications requiring exceptional thermal stability, mechanical strength, and long-term operational durability. This specialized powder material is engineered for use as a binder resin in CBN and diamond grinding wheel systems operating under demanding industrial conditions.

The material provides outstanding thermal resistance and structural stability, enabling reliable performance in high-speed grinding applications exposed to elevated temperatures, mechanical stress, and continuous frictional loads. Its advanced polymer structure delivers superior resilience compared to conventional binder systems used in abrasive and grinding technologies.

PI STD Yellow – 200 Mesh is particularly suitable for demanding grinding operations such as hard metal machining and deep grinding processes where high thermal endurance and mechanical stability are essential. Grinding wheel systems manufactured using this material demonstrate excellent durability, operational reliability, and enhanced grinding performance under both dry and wet processing conditions.

The material’s 200 mesh particle size supports uniform dispersion and controlled processing behaviour in high-performance abrasive formulations and industrial manufacturing applications.

PI STD Yellow – 325 Mesh is a fully imidized high-performance polyimide powder developed for advanced industrial applications requiring exceptional thermal stability, mechanical durability, and long-term operational reliability. This specialized powder material is particularly suitable for use as a functional filler in advanced composite systems and high-performance engineering formulations.

The material features a non-meltable polymer structure with excellent thermal resistance, enabling reliable performance in demanding applications exposed to elevated temperatures and severe mechanical stress. Its advanced thermo-mechanical properties support the production of lightweight, durable composite materials with enhanced structural stability and improved long-term performance.

PI STD Yellow – 325 Mesh is widely used as a reinforcement additive in specialty composite formulations, including advanced epoxy systems, where it contributes to improved thermal stability, increased impact resistance, and reduced stress propagation throughout the material structure. Even at low additive levels, the powder enhances the overall durability and mechanical reliability of engineering composites.

Its controlled 325 mesh particle size enables excellent dispersion characteristics and consistent processing behaviour within industrial composite manufacturing systems. The material is widely used in aerospace, electronics, automotive engineering, precision mechanical systems, and advanced industrial applications where lightweight high-performance materials are required.

Different particle size variants are available to support a broad range of industrial processing and application requirements.

PI STD Yellow – 40 Mesh is a fully imidized high-performance polyimide powder developed for advanced industrial applications requiring exceptional thermal stability, mechanical durability, and long-term operational reliability. This specialized powder material serves as a precursor material for the production of pure polyimide plates and rods used in demanding engineering environments.

The material features a non-meltable polymer structure with outstanding thermal resistance and dimensional stability, enabling reliable performance in applications exposed to elevated temperatures and continuous mechanical stress. Its coarse 40 mesh particle size supports controlled processing behaviour and stable material distribution during compression moulding and semi-finished product manufacturing.

PI STD Yellow – 40 Mesh is widely used in the production of high-performance polyimide plates, rods, and precision industrial components requiring excellent creep resistance, wear performance, and long-term thermal endurance. The material is particularly suitable for aerospace systems, semiconductor technology, electronics, automotive engineering, and advanced mechanical applications where conventional engineering plastics may soften or degrade under thermal load.

The powder is also suitable for high-temperature engineering systems requiring lightweight, durable, and dimensionally stable polymer materials.

PI STD Yellow – 425 Mesh is a fully imidized high-performance polyimide powder developed for advanced industrial applications requiring exceptional thermal stability, mechanical durability, and long-term operational reliability. This specialized powder material is designed for use as a functional filler in high-performance composite systems and advanced engineering formulations.

The material features a non-meltable polymer structure with outstanding thermal resistance, enabling reliable performance in demanding applications exposed to elevated temperatures and severe mechanical stress. Its advanced thermo-mechanical properties support the production of lightweight, durable composite materials with improved structural performance and enhanced long-term dimensional stability.

PI STD Yellow – 425 Mesh is particularly suitable for composite reinforcement and PTFE-based material systems where excellent wear resistance, thermal endurance, and mechanical reliability are essential. The material contributes to improved durability, reduced stress propagation, and enhanced operational stability in demanding industrial environments.

Its controlled 425 mesh particle size enables reliable dispersion characteristics and consistent processing behaviour within industrial composite manufacturing systems. The material is widely used in aerospace, electronics, automotive engineering, precision mechanical systems, and advanced industrial applications where lightweight, high-performance engineering materials are required.

PI VPD Yellow – 1200 Mesh is a pre-dried high-performance polyimide powder developed for advanced industrial applications requiring exceptional thermal stability, wear resistance, and long-term mechanical reliability. This specialized powder material is processed using a vacuum pre-drying method that significantly reduces volatile content within the material, improving processing consistency and performance in demanding engineering environments.

The material is specifically designed for use as a low-level filler in PTFE and fluoropolymer systems. By incorporating controlled amounts of PI VPD Yellow – 1200 Mesh into PTFE compounds, enhanced wear-resistant materials can be produced for applications operating under elevated pressures, temperatures, and mechanical loads.

The material significantly improves friction and wear behaviour, particularly in applications involving softer mating surfaces such as bronze and aluminium components. In addition, the powder enhances creep resistance and stiffness compared to unfilled PTFE materials, enabling improved dimensional stability and long-term operational durability at elevated temperatures.

Its highly cross-linked polymer structure and ultra-fine 1200 mesh particle size support excellent dispersion characteristics, superior surface quality, and reliable processing performance in high-performance fluoropolymer systems and peel film applications.

The material is widely used in tribological systems, sealing technologies, aerospace applications, precision engineering, semiconductor technology, and advanced industrial manufacturing environments requiring reliable high-temperature polymer performance.

PI Yellow – Granulate is a fully imidized high-performance polyimide material developed for demanding industrial applications requiring exceptional thermal stability, dimensional reliability, and long-term mechanical performance. Due to its unique chemical structure, this advanced polymer material is non-meltable and non-thermoplastic, making it highly suitable for environments where conventional engineering plastics may soften, deform, or fail under extreme operating conditions.

The material offers a very high glass transition temperature of 315 °C, allowing it to maintain dimensional stability, flexural strength, and structural integrity even under continuous high-temperature exposure and mechanical loading. It also demonstrates excellent creep resistance and long-term operational durability in demanding industrial applications.

PI Yellow – Granulate is processed using hot pressing techniques and is particularly suitable for the production of membranes, specialty coatings, polymer alloys, and advanced industrial formulations requiring excellent release characteristics and thermal endurance.

The material is available in granulate and powder forms with different particle sizes and processing conditions to support a wide range of industrial manufacturing requirements. Additional fillers such as graphite or glass can be incorporated to further enhance wear resistance, strength, and application-specific performance characteristics.

Due to its exceptional thermo-mechanical properties, the material is widely used in aerospace systems, electronics, semiconductor technology, mechanical engineering, precision industrial manufacturing, and advanced high-temperature engineering applications.