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Polymers can improve heat management, reduce weight, and expand design freedom While aluminum can efficiently dissipate heat, the size required for an aluminum heat sink can create design and weight challenges. First find a component’s heat dissipation requirements by conducting a heat analysis.

Polymers can improve heat management, reduce weight, and expand design freedom While aluminum can efficiently dissipate heat, the size required for an aluminum heat sink can create design and weight challenges. First find a component’s heat dissipation requirements by conducting a heat analysis.

High performance polymers are required to uniformly dissipate heat and protect sensitive electronics, such as sensors, cameras and electronic control units (ECUs), against hotspot formation. Housings made of aluminum have long been used for dissipating heat away from the electronics, but aluminum is relatively heavy. Adding electronics, minimizing footprint – Using Therma-Tech material for your housing allows you to add more electronics without concerns of excess heat impacting device functionality.

• Pigments and eye-catching special effects • Prompt, precise and custom color matching • Biocompatible functional additives • FDA CFR 21, USP VI, ISO 10993-X, and/or USP 661-X • ISO 13485 facilities Avient Corporation 5 4. Thermal conductivity in a heat exchanger body help to warm and reduce the drug viscosity of biologics. • Services to aid in the design of a heat exchanger in a polymer • FEA thermal (CFD) simulations • Design freedom, weight reduction and cost advantages of thermoplastics Avient Corporation 9 13. Requirements: Heat transfer Solution: Trilliant™ Therma-Tech™ Thermally Conductive Formulations 14.

Polymers can improve heat management, reduce weight, and expand design freedom While aluminum can efficiently dissipate heat, the size required for an aluminum heat sink can create design and weight challenges. First find a component’s heat dissipation requirements by conducting a heat analysis.