Advanced Capabilities

IST Imidetex light weight

Light Weight

Ultra-lightweight performance.
Lighter than carbon fiber for
significant product weight
reduction.

Negative-CTE

Absolute dimensional stability.
Compensates for thermal
expansion in extreme environments.

Excellent Vibration Damping

Excellent Vibration Damping

Outstanding vibration control.
Swiftly dampens harsh
vibrations while maintaining
lightweight stiffness

Excellent Vibration Damping

High Impact Resistance

Superior impact absorption.
Flexibly disperses strong
shocks to maximize product
durability.

Radio weave permeability

Higher RF Transparency

Seamless signal transmission.
Outperforms glass fiber in RF
transparency for advanced
networks.

Material Design Flexibility

Material Design Flexibility

Revolutionary flexibility. Seamlessly
hybridizes with traditional fibers to
enable impossible designs.

ENGINEERED FOR THE IMPOSSIBLE

Our promise is to shatter material limitations. From the severe thermal fluctuations of space to the dynamic demands of high-performance sporting goods, next-gen mobility systems,and advanced robotics, IMIDETEX® COMPOSITE enables advanced solutions for critical applications. These composites are designed to deliver exceptional dimensional stability, outstanding vibration damping, and high impact resistance—enabling product designs once thought impossible. Explore revolutionary materials that go beyond the trade-offs of conventional fibers and help define a new standard in composite engineering.

IMIDETEX® COMPOSITE — Creating Composites Never Possible Before.

More Info
IST Imidetex space

Aerospace

Absolute dimensional stability for the extremes. With Negative-CTE and ultra-lightweight performance, how will you transform your mission?

IST Imidetex for sporting goods

Sporting Goods

Erase harsh vibrations and impacts while maintaining lightweight and stiffness. How will you design the next-generation feel?

Advanced Robotics / Prosthetics

Precision-engineered vibration control—liberating humanoids and prosthetics from load and wear.Untapped potential. How will you form it?