HushMat Ultra Door Kit

HUSHMAT reduces noise and heat from entering the vehicle through the vehicle doors.  If you are installing vinyl or door trim the first place to start is apply the HushMat Door Kit to the inside of the outer door skin to reduce vibrations and thermal transfer.    HushMat is a self-adhesive, butyl rubber, foil backed damping material.   HushMat reduces noise and heat from the engine and transmission tunnel, exhaust and stops rattles and vibrations.   All with one material.   Place HushMat directly on the sheet metal.   Your customer will feel like they are riding in a luxury vehicle every time they slam their car door.   Give your customers a solid door slam every time and a Cool, Quiet and Comfortable with HushMat.   HushMat is always the 1st step in every automotive upholstery install.   

• HushMat has been manufactured in the USA for the automotive industry since 1989.  HushMat bonds to all automotive surfaces and adhesion is guaranteed for the life of the vehicle!  
• HushMat requires no surface cleaning with acetone or other harmful chemicals.  Simply vacuum out loose dirt and debris and then peel and stick HushMat.    
• HushMat is provided in the Universal Door Kit, enough to treat two car doors contains 10 sheets that are 12” x 12” each (10 sq ft) to treat the floor pan of most vehicles.  Busy upholstery shops can purchase in bulk kits for use in multiple installs.   
• HUSHMAT is rated to perform from -30 degrees F to +550 degrees F.   Over 200 degrees higher than any competitive material.  HushMat can be applied to both pre-painted and top-coated metal surfaces.   HUSHMAT superior adhesion characteristics provide excellent corrosion resistance.   The superior adhesive properties of HUSHMAT allow it to be used in horizontal (floor pan and trunk floor), vertical (doors, quarter panels and wheel wells) or inverted applications (roof).  
• HushMat is lightweight at 0.47 pounds per square foot and 1.5mm thickness.   HushMat is flexible at all temperatures, requires no heat guns to form and can be easily formed to complex automotive surfaces.