Polyimide (PI) high-temperature resistant composite material

Keywords

Product News

Polyimide Resin Powder TYRPC520/520A


TYRPC520/520A polyimide resin powder is one of the advanced composite material matrix resin varieties, widely used in the manufacture of high performance composites. It can replace kerimid 601 polyimide resin.

Epoxy Curing Accelerator TYRPH521


Mainly applied in bisphenol A type epoxy resin/anhydride system.

Polyimide Resin Liquid TYRRC530


TYRRC530 is an advanced composite material matrix resin, widely used in the manufacturing field of high-performance composite materials, especially suitable for the manufacturing of temperature-resistant copper clad laminates and laminates, etc. It can replace kerimid 701A polyimide resin.
Upgraded bond for superhard abrasive grinding wheels: polyimide resin enhances grinding performance.

Upgraded bond for superhard abrasive grinding wheels: polyimide resin enhances grinding performance.


In the field of superhard-material grinding wheels and segments, upgrading the bond is critical for enhancing grinding performance.

Energy-saving retrofit of pulp-molding drying equipment drives demand for high-temperature-resistant insulation materials.

Energy-saving retrofit of pulp-molding drying equipment drives demand for high-temperature-resistant insulation materials.


Energy-saving retrofitting of pulp-molding drying equipment is a key direction for reducing costs and improving efficiency in the industry.

Optimization of the thermal insulation system for rubber flat-plate hot presses: controlling the thermal conductivity has become a key technical focus.

Optimization of the thermal insulation system for rubber flat-plate hot presses: controlling the thermal conductivity has become a key technical focus.


Optimizing the thermal insulation system of rubber flat-plate hot presses is a critical step in enhancing production efficiency and product quality, with precise control of the thermal conductivity coefficient emerging as the technical focal point.

R&D on high-temperature-resistant structural materials for aerospace is accelerating, with new breakthroughs achieved in thermosetting polyimides.

R&D on high-temperature-resistant structural materials for aerospace is accelerating, with new breakthroughs achieved in thermosetting polyimides.


In the aerospace sector, the research and development of high-temperature-resistant structural materials is accelerating to meet the demands of applications in extreme environments.

Upgrading and retrofitting urban wastewater treatment is accelerating, leading to a concentrated surge in demand for high-efficiency phosphorus-removal agents.

Upgrading and retrofitting urban wastewater treatment is accelerating, leading to a concentrated surge in demand for high-efficiency phosphorus-removal agents.


With the continuous strengthening of national requirements for water environment governance, the upgrading and retrofitting of urban wastewater treatment plants has entered an accelerated phase.