Aerospace series. Non-metallic materials. Foaming structural adhesive films. Test methods - Expansion ratio and volatile content

Aerospace series. Non-metallic materials. Foaming structural adhesive films. Test methods - Expansion ratio and volatile content

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What is BS EN 2667-3-Aerospace series: Foaming structural adhesive films about? 

BS EN 2667-3 is a standard that covers technical specifications for the Aerospace series: structural foaming adhesive films that ensure advanced bonding and fire resistance in aerospace applications. 

BS EN 2667-3 specifies the test method for determining the expansion ratio and the volatile content in structural foaming adhesive films. 

Who is BS EN 2667-3-Aerospace series: Foaming structural adhesive films for? 

BS EN 2667-3 on aerospace series: Foaming structural adhesive films applies to: 

  • Manufacturers of adhesive films 
  • Dealers and importers of adhesive films 
  • Testing houses and labs for adhesive films 

Why should you use BS EN 2667-3-Aerospace series: Foaming structural adhesive films? 

Foaming structural adhesive films seals have wide applications in the aerospace industry. They have properties like extreme temperature resistance. They can withstand extreme low and high temperatures and have high thermal stability, making them ideal for aircraft structural materials, parts, and machines.  

BS EN 2667-3 provides you guidance on principle, apparatus and auxiliary equipment, test specimens, expression of results, designation and test report that enables you to accurately determine expansion ratio and volatile content in structural foaming adhesive films. 

BS EN 2667-3 provides you with a test method to measure the thickness and weigh the foaming adhesive film before and after curing a support material. BS EN 2667-3 also provides you with a step-by-step procedure to do the method correctly and attain accurate results. 

Guidance in BS EN 2667-3 allows you to ensure the safety, structural stability and fire stability using foaming structural adhesive films in aircraft structural materials, parts, and machines.