HB Fuller Fiber Resin EY3010 - Epoxy Adhesive -  LAC 30-8036 A & COMS-0006 REV.B

HB Fuller Fiber Resin EY3010 is a two-component epoxy adhesive system specifically formulated to meet the stringent requirements of LAC 30-8036 A & COMS-0006 REV.B. Designed for bonding a wide variety of aerospace materials, this high-performance adhesive offers exceptional strength, durability, and resistance to environmental factors.

Key Features and Benefits:

• Excellent Sag Resistance: Even through powder coating processes, EY3010 maintains superior performance, guaranteeing consistency in every application.
  
• Extremely Light Weight: Despite its remarkable strength, EY3010 remains remarkably lightweight, minimizing additional burden on aerospace structures.
  
• Self Extinguishing: Safety is paramount. EY3010 boasts self-extinguishing properties, ensuring peace of mind in critical scenarios.
  
• Wide Compatibility: From metals to composites, coatings, and most plastics, EY3010 exhibits exceptional bonding prowess across diverse substrates.
  
• Chemical Resistance: Resilient against a myriad of chemicals, EY3010 maintains integrity even in harsh chemical environments.
  
• Excellent Thermal Performance: Unwavering thermal stability ensures consistent performance across a wide range of temperatures.
  
• NASA-Approved: Meeting NASA limits for low volatile content, EY3010 is primed for space applications, guaranteeing reliability beyond the Earth's atmosphere.
  
• Room Temperature Cure: No need for elaborate curing processes. EY3010 cures at room temperature, streamlining your workflow without compromising on quality.
  
• Shelf Life: 12 Months Unopened

Applications:

• Honeycomb Core Bonding: Designed for use with Shur-Lok fasteners in honeycomb core panels.   
  Structural Bonding: Ideal for bonding metals, composites, plastics, and coatings in aerospace structures.   
  Space Applications: Suitable for applications in the space industry due to its low outgassing properties.   

Specifications:

• LAC 30-8036 A, COMS-0006 REV.B, CASA I+D-N-200 Z- 18.167/1 REV.3