Basf Spray Foam Insulation R Value

Walltite is a spray polyurethane foam based airtight insulation system an ideal solution in improving the energy efficiency of various types of building.

Basf spray foam insulation r value.

What is an insulating air barrier system. R value is not the only measure whole wall system increases energy efficiency and comfort. A modern building needs spraytite insulation and air barrier material. It has been rolled out in selected key markets globally.

Thanks to its 90 closed cell content the walltite system combines industry leading air permeance ratings and a superior insulation r value to make a significant contribution to building energy efficiency. A modern building needs spraytite insulation and air barrier material. Thanks to its 90 closed cell content spraytite polyurethane foam combines industry leading air permeance ratings and a superior insulation r value to make a significant contribution to achieving the mandates of the modern building. Third closed cell foam is virtually impermeable to air while open cell foam allows far more air and vapor into the building interior.

Thanks to its 90 closed cell content spraytite polyurethane foam combines industry leading air permeance ratings and a superior insulation r value to make a significant contribution to achieving the mandates of the modern building. Compared with internal insulation by panels or loose filling insulation materials walltite internal insulation has the following advantages. Spraytite closed cell spray applied polyurethane foam insulation and air barrier material helps improve the energy efficiency comfort and durability of homes and buildings. Second closed cell content offers an r value of over 6 0 per inch and open cell offers between 3 0 and 3 9 per inch.

Combining air impermeability with a superior r value 6 0 per inch translates into a highly energy efficient building. Originated from basf canada the walltite solution raises the performance of building insulation to new heights. Advantages of the system.