Self Adhesive Screw On Office and Retail Furniture

Adhesive Glides are ideal for furniture legs to protect floors and reduce noise. The PTFE material provides a smooth glide action and is easily applied due to the self-adhesive backing.

Adjustable Feet - Chrome Capped are an inexpensive solution for light-duty applications. Use these leveling feet on office furniture, shelving, point of purchase displays, cabinetry, and small machinery.

Adjustable Feet - Standard/Non Articulating with a Plastic Rigid Base adjust to uneven surfaces and level machine tools, electronic racks, and similar applications. The plastic base provides a smooth non-abrasive surface that protects floors.

Glides with adjustable, smooth base.

Inserts & Bumpers - Threaded can be used as a leveling device or bumper for small equipment. The non-corrosive stud and foot material is durable and resists harsh environments.

Machine Levelling Feet are an inexpensive solution for light-duty applications. Use these leveling feet on office furniture, shelving, point of purchase displays, cabinetry, and small machinery.

Machine Mounts - Anti Vibration absorbs shock and reduce noise with high adhesion to the floor. These mounts are ideal for use as feet on machinery and conveyors.

Threaded Stud Screw-On Bumpers can be used as a leveling device or bumper for small equipment. The non-corrosive stud and foot material is durable and resists harsh environments.

Stud Mount Leveling Feet with a Rigid Metal Base is an inexpensive solution for light-duty applications. Use these leveling feet on office furniture, shelving, point of purchase displays, cabinetry, and small machinery.

Heavy Duty Screw-On Vibration Mounts absorb shock and reduce noise with high adhesion to the floor. These mounts are ideal for use as feet on machinery and conveyors.

Vibration Mounts - Metric absorb transmissions between two panels, equipment, or machinery that can cause harmful vibrations, noise, and shock. The rubber material provides a durable and sturdy base while the stud is bonded for strength.