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Release Film for fuel cells/Catalysts
In stock
Fuel Cell Materials
1. High substrate selectivity: heat resistance, shrinkage rate, surface roughness, etc., can choose the desired performance.2. High release layer design strength: heat resistance (170-270C), contact angle (95-101 °), etc., adjustable...
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1. High substrate selectivity: heat resistance, shrinkage rate, surface roughness, etc., can choose the desired performance.
2. High release layer design strength: heat resistance (170-270C), contact angle (95-101 °), etc., adjustable to achieve desired performance.
3. High quality: Produced in a green environment, achieving high foreign object specifications (≥ 0.5mm2 without foreign objects).
4. Smooth surface: Comparison of physical properties with PTFE film material DAICEL: Ra 0.04 μ M PTFE: Ra 0.15 μ M
5. High dimensional stability: Under the conditions of 120 ℃ x15 minutes and 160 ℃ X15 minutes, the TD/MD size change is usually smaller compared to the release film with a thickness of grade 50 and PTFE # 50.
2. High release layer design strength: heat resistance (170-270C), contact angle (95-101 °), etc., adjustable to achieve desired performance.
3. High quality: Produced in a green environment, achieving high foreign object specifications (≥ 0.5mm2 without foreign objects).
4. Smooth surface: Comparison of physical properties with PTFE film material DAICEL: Ra 0.04 μ M PTFE: Ra 0.15 μ M
5. High dimensional stability: Under the conditions of 120 ℃ x15 minutes and 160 ℃ X15 minutes, the TD/MD size change is usually smaller compared to the release film with a thickness of grade 50 and PTFE # 50.