L&L Products

L&L BOND

Advanced Composite Adhesives

L&L Bond

Fire, Smoke, and Toxicity (FST) Adhesives for Lightweight Assemblies.

L&L Bond Advanced Composite Adhesives introduce a series of lightweight FST-compliant adhesives that allow honeycomb cores to be bonded and reinforced in strategic areas. Well-suited to aerospace and rail interior applications, these adhesives are capable of multi-material bonding including metal, thermoplastics, and composites.

The materials are optimized for production efficiency which enable cost reduction and fast cycle times. L&L’s Advanced Composite Adhesives meet the latest FAA and EASA fire regulations for vertical burn, smoke density, and toxicity.

Why Advanced
Composite Adhesives?

HIGH STRENGTH

L&L Bond Advanced Composite Adhesives provide high strength mechanical bonds on bonds dissimilar substrates and gives strength to lightweight structures.

SAFE HANDLING

FST and REACH compliant, L&L’s Advanced Composite Adhesives provide operators with a clean, safe, and eco-friendly solution for composite bonding.

 

PROCESS

L&L Advanced Composite Adhesives cure at room temperature and requires less post-processing machining for improved process efficiency and overall cost reduction.

 

 

Product Attributes

  • FST regulation compliant for simplified parts certification (FAR 25.853, ABD0031)
  • Can be dispensed in a wide range of temperatures eliminating climate-controlled conditions
  • Does not contain carcinogenic, mutagenic, or reproduction toxic (CMR) substances
  • Accelerated cure possible with use of heat
  • Smooth surface finish post-cure

Application Areas

APPLICATIONS IN VARIOUS MARKETS

  • Insert bonding
  • Bracket bonding
  • Panel assembly
  • Cut and fold operations
  • Mortise-and-tenon assembly
  • Aerospace
  • Specialty Automotive
  • Sporting goods
  • Mass transit
  • Marine

Resources

Download our resources to find out more on how L&L Bond Advanced Composite Adhesives can be tailored to your needs to provide superior performance and safe handling when bonding composite applications.

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