Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Solvay FM 300 Epoxy Adhesive

Solvay FM 300 Epoxy Adhesive is a high-performance aerospace-grade film adhesive in Solvay’s FM series, designed for structural bonding of composites and metals. It offers excellent thermal stability, low-temperature cure capability (121°C), superior toughness, and outstanding resistance to moisture and chemicals. Widely used in aircraft primary and secondary structures.
  • solvay fm 300 epoxy adhesive_903ac693
  • solvay fm 300 epoxy adhesive_903ac693

Features Of Solvay FM 300 Epoxy Adhesive

  1. High-performance, two-component epoxy adhesive system with excellent toughness and peel strength.

  2. Outstanding resistance to thermal cycling, humidity, and aerospace-grade fluids including hydraulic oils and jet fuels.

  3. Low volatile organic compound (VOC) content, compliant with stringent environmental and industrial hygiene requirements.

  4. Optimized for automated dispensing and controlled cure profiles—compatible with standard aerospace bonding processes.

  5. Meets Boeing BMS 5-138 and Airbus ABR 4-2000 specifications for structural bonding applications.

Typical Applications Of Solvay FM 300 Epoxy Adhesive

  1. Aerospace primary and secondary structural bonding—including honeycomb panel assembly and composite-to-metal joints.

  2. Defense systems requiring high-reliability adhesion under extreme mechanical and thermal loads.

  3. Commercial aircraft interior components where flame, smoke, and toxicity (FST) compliance is critical.

  4. Spacecraft subsystems demanding long-term dimensional stability and outgassing performance per ECSS-Q-ST-70-02C.

Specifications Of Solvay FM 300 Epoxy Adhesive

Chemical TypeEpoxy resin / amine hardener system
Product FormTwo-component paste (resin + hardener in pre-measured cartridges)
AppearanceOpaque gray paste (Part A), off-white paste (Part B)
Primary ApplicationsStructural bonding of composites, metals, and honeycomb cores
Key FeaturesToughened formulation, low-temperature cure capability (down to 60°C), extended out-time
BenefitsReduced assembly cycle time, improved impact resistance, superior fatigue performance
Cure Schedule (Typical)60°C for 4 hours or 90°C for 1 hour (post-cure optional)
Storage ConditionsRefrigerated at 5–10°C; stable for 12 months unopened


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