Industrial
Cutting-edge LCE composites engineered for high-performance thermal conductivity and vibration damping.
Advanced LCE composite developed with Resonac for thermal conductivity and flexibility.
A groundbreaking collaboration between Impressio and Resonac has produced an innovative Liquid Crystal Elastomer (LCE) composite that redefines the standards of thermal conductivity and flexibility.
This composite opens doors to applications across advanced electronics, aerospace, and electric vehicles—enabling next-generation thermal management while maintaining compliance at the interface.
Thermal Conductivity
In collaboration with Resonac, we’ve developed an advanced LCE composite engineered as a Flexible Electrically Insulating Thermal Interface Material (TIM)—delivering superior thermal management for automotive and electronic device applications.
This next-generation material combines flexibility with high-performance insulation to meet the demands of modern, high-efficiency systems.
LCE composite has an unmatched thermal conductivity with added flexibility.
Thermal Conductivity
Developed with Resonac as a flexible insulating TIM to support advanced thermal performance in automotive and electronic devices.
Discuss Thermal TargetsNon-brittle, non-paste TIM
A soft, elastic liquid crystal elastomer (LCE) composite designed to conform to complex electronic geometries, enabling improved thermal contact and higher heat dissipation.
Review Use CasesScale & Integration
From prototype materials to repeatable manufacturing—supporting integration into real products and validated performance outcomes.
Start a ProjectLCE Constrained Layer Damping (CLD) Composite for High-Performance Vibration Damping
An LCE-based composite that delivers effective, broadband vibration damping while conforming to complex structures.
This enables lightweight, high-performance vibration control solutions without compromising structural design flexibility.
Applications: Aerospace Structures, Electronics, Industrial Machinery, Automotive, and Medical Devices.
Bring Thermal & Vibration Performance Into Your System
We collaborate with partners to define requirements, tune composite performance, validate outcomes, and transition toward scalable deployment for demanding industrial applications.
Partner Inquiry
Tell us your thermal and integration requirements and we’ll follow up.
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