High-performance, two-component epoxy adhesive system engineered for structural bonding in demanding aerospace and industrial environments.
Excellent resistance to thermal cycling, humidity, and long-term aging—validated per ASTM D1002 and BSS 7239.
Optimized viscosity and extended working life (≥60 min at 23 °C) for precise dispensing and robust gap-filling capability up to 0.5 mm.
Meets Boeing BAC 5555 and Airbus AIMS05-02-005 requirements for flight-critical secondary bonding applications.
Low halogen content and RoHS-compliant formulation supporting sustainable manufacturing practices.
Aerospace interior bonding: panels, trim, and non-structural composite assemblies.
Industrial transportation: bonding of carbon fiber-reinforced polymer (CFRP) components in rail and high-end automotive systems.
Electronics enclosures: structural attachment of metal-to-composite housings requiring EMI shielding integrity.
Wind energy: bonding of lightning protection systems and secondary structural elements in turbine blades.
Medical device manufacturing: ISO 13485-aligned bonding of stainless steel and thermoplastic components in Class II equipment.
| Chemical Type | Epoxy resin / amine hardener (two-component) |
| Product Form | Paste (Part A) and paste (Part B); supplied in dual-chamber cartridges or bulk pails |
| Appearance | Part A: Off-white; Part B: Pale amber |
| Mix Ratio (by weight) | 100 : 35 (A:B) |
| Cure Schedule (standard) | 2 hours at 120 °C after 30-min ambient dwell |
| Primary Applications | Secondary structural bonding, composite-to-metal, and composite-to-composite assembly |
| Key Features | High Tg (>150 °C), low outgassing (per ASTM E595), no volatile organic compounds (VOC-free) |
| Benefits | Reduced assembly time vs. riveting, improved fatigue performance, and enhanced design freedom |
Contact With Us:
E-mail: wangxingqiang@ericwchem.com
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Building A1, Jiete Industrial Park, Huangpu District, Guangzhou City, Guangdong Province, China