Product Description
Specially engineered for advanced manufacturing, ETPB Liquid Synthetic Rubber utilizes precision terminal epoxy group positioning technology to create a next-generation "claw-shaped structure" polymer. With 0.1-0.3% ultra-low shrinkage (ideal for low-shrinkage epoxy resin applications), 5.5GPa ultra-high tensile strength, and 200% elongation at break, it redefines the performance boundaries of aerospace structural adhesives, carbon fiber composite modifiers, and marine anticorrosion coating specialty polymers.
1. Smart Curing System for Non-Isocyanate Solutions
Compatible with 8 types of non-isocyanate curing agents (amide/anhydride/imidazole, etc.), featuring an innovative room-temperature curing high-temperature resistant epoxy adhesive process. This gradient curing technology reduces energy consumption by 40% and triples production efficiency, making it a cost-effective carbon fiber composite modifier for industrial scaling.
2. Solid Rocket Bonding Performance
Achieves 25MPa shear strength on aluminum alloys and 18kN/m peel strength on carbon fiber composites, with <5% performance variation across extreme conditions. Certified for solid rocket motor liner materials and trusted elastomer manufacturers, it ensures reliability in defense and aerospace applications.
3. Eco-Friendly Innovation with Technical Precision
The world’s first non-isocyanate rocket propellant coating material, featuring VOC emissions <50ppm and compliance with eco-friendly liquid rubber technical specifications. Drives sustainable transformation in industries requiring wind turbine blade epoxy modifiers and new energy vehicle structural adhesive raw materials.
1. Aerospace & Defense: Premier material for solid rocket propellant liners/coating systems, meeting rigorous demands of aerospace structural adhesive suppliers.
2. 5G Electronics Encapsulation: Optimal 5G electronics encapsulation adhesive solution for PCB triple-proof coatings, with a dielectric constant of 2.8 (1MHz).
3. Automotive Manufacturing: Core component in new energy vehicle structural adhesives, rigorously tested with 2000-hour salt spray resistance for battery pack integrity.
4. Composite Processing: Enhances carbon fiber prepreg interlaminar shear strength by 60%, aligning with carbon fiber composite modifier pricing efficiency.
5. Precision Casting: Expert modifier elevating epoxy resin’s heat deflection temperature to 215°C, ideal for low-shrinkage epoxy resin applications.
6. Marine Engineering: Critical for marine anticorrosion coating specialty polymers, delivering >10,000-hour salt spray resistance in deep-sea environments.
Product Consistency:
Stable quality and reliable performance in every batch.
Stable Supply:
Own factory ensures long-term and steady supply.
Free Samples:
Free samples available for testing and evaluation.
Global Logistics:
Experienced in international shipping and hazardous export.
