Stamisol Safe One Technology
What makes it so special in terms of fire resistance?
3D network structure
This high-tech facade breather membrane has been designed and manufactured to give a specific composition of stability and durability ensuring a very high standard of fire safety to Euroclass A2-s1,d0. Its structure is based on a glass textile, which is naturally non-combustible and offers a high resistance to fire and mechanical stresses over its lifetime.
The elastomeric coating layer completes the fire resistance with a very high grade of constancy and stability because of its vulcanised 3D network structure, which, through its unique manufacturing process, ensures a Euroclass A2 specification that does not loose its composition in times of fire. This structure means its bonds are far stronger than traditional polymeric membranes.
Excellent membrane performance + maximum fire safety
For added strength and durability, the elastomeric coating is reinforced with inert mineral compounds, which maintain the limited combustibility required for a Euroclass A2 membrane.
The process of adding all these materials not only gives the product its A2-s1,d0 classification, but also the performance of a flexible membrane that is water resistant W1, breathable, UV protected and meets low mechanical damage when compared with other vertical wall membranes. It also provides a high UV standard of protection for the building where fitted.
Learn more about maximum fire safety and creativity for your full façade system with Stamisol Safe One façade breather membrane Eurolass A2-s1,d0
>>>Please download our new Whitepaper with full technical documentation for realisation of external wall systems completly in Euroclass A2 with Stamisol Safe One façade breather membranes.
>>> Please download our Technical Guide Stamisol Safe One for full information on construction models and what you should care about design and planning.
Download Technical Guide Stamisol Safe One