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Zenimid™ Polyimide Advanced Materials

Product overview
Zenimid™ Polyimide is the material engineered to perform in the most demanding environments, offering exceptional dimensional stability, flexibility, heat resistance, chemical resistance, and electrical insulation. The material is available in film, varnish and stock shape, and some applications include FPCBs and graphite sheet in smart devices, battery management systems (BMS), and 5G infrastructure.
Geographic availability
  • Oceania
  • Africa
  • Asia Pacific
  • Latin America and the Caribbean
  • Middle East
  • Europe
  • North America

Related products

Zenimid™ Polyimide Films

  • Product
Zenimid™ Polyimide Films is a family of ultra‑high‑performance films engineered to meet the toughest thermal, mechanical, and electrical ...
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Zenimid™ Polyimide Powder and Stock shapes

  • Product
Zenimid™ polyimide powder and stock shapes deliver high-performance solutions for precision components in the most demanding environments. ...
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Zenimid™ Polyimide Varnish

  • Product
Zenimid™ polyimide varnish is a high-performance liquid precursor designed for coating and impregnating applications in advanced electronics ...
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Related market & applications

Adhesives & Sealants

Automotive & Transportation

Renewable Energy & Energy Storage

  • Battery

Electrical & Electronics

  • Cable

Composites & Advanced Materials

 Zenimid™ Polyimide: engineered for extreme performance, today and tomorrow

Zenimid™ is engineered to reliably perform in any environment. Polyimide (PI) is a unique family of ultra-high-temperature polymers containing imide linkage. PI has gained recognition for its material performance properties required for the highest demanding environments such as dimensional stability, heat resistance, chemical resistance, and electrical insulation. PI can withstand extreme temperatures ranging from near -270℃ to above 400 ℃. Polyimide plays a crucial role in the electronics and aerospace industry because of its dimensional stability, electrical properties, and flexibility. By integrating advanced polyimide materials into their core, industries are accelerating into the future, crafting technologies that not only meet but anticipate the demands of tomorrow.

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