QUIETEX™ BUMPERS
SELF ADHESIVE BUMPERS
ITW Fastex® offers a complete line of high quality bumpers for a multitude of applications. The newest bumper is the Quietex™ which offers unparalleled sound dampening qualities and durability for cabinet and vanity doors.
The self-adhesive bumpers are available in both Urethane and PVC materials and are sold kiss-cut on a matrix pad for easy removal and application. These bumpers apply with only thumb pressure and adhere without screws, rivets or other fastening devices. Fastex bumpers are an ideal way to protect surfaces from scratches, keep things from skidding and absorb vibration.
Snap-in bumpers are used where a mechanical fastening method is required.
QUIETEX™ BUMPERS
The new Quietex™ Bumper is a sound and vibration dampening clear bumper. This revolutionary urethane bumper was designed to significantly reduce the noise of cabinet and vanity door closings. The sound dampening materials used for this bumper, combined with the physical design, softens the remaining sound by trapping it within the bumper. It is the ideal choice for cabinet and vanity doors where sound and vibration dampening properties are desirable and long life is required. The Quietex™ Bumper significantly outperformed every other bumper on the market in laboratory tests.
The Quietex™ Bumper is an Exclusive Patented Product of ITW Fastex®.
The Quietex™ Bumper is an Exclusive Patented Product of ITW Fastex®.
SELF-ADHESIVE BUMPERS
These bumpers provide excellent skid-resistance and a high coefficient of friction. They are made of a non-marring and non-staining material and have a rubber-based adhesive for high initial adhesion. They come in three standard colors, white, black and transparent (clear).
These bumpers feature an acrylic-based adhesive for long-term adhesion that has excellent solvent and ultraviolet resistance. They have high shear strength. Five standard colors are available: white, black, gray, brown and natural.
SNAP-IN BUMPERS
This bumper is ideal for applications where a mechanical fastening method is required, such as applications exposed to moisture, uneven surfaces or surfaces which cannot be cleaned properly and surfaces with low surface energy (i.e., polypropylene/polyethylene).
