Large Furniture Rubber Feet & Bumpers Heavy-duty rubber feet for furniture and industrial items.

Molded from Thermoplastic Rubber, our recessed bumpers provide good traction and excellent shock-absorbing qualities; unlike natural rubber, they have good non-marking qualities and outstanding resistance to stress cracking. The foot includes a removable Trivalent chromate-plated steel Support Bushing (S/B) that absorbs the total fastener load, allowing it to be mounted using a variety of screws or rivets without causing distortion to the foot itself. It is also highly resistant to ozone, aging, and most chemicals. These feet are perfect for Home, Kitchen, and industrial Use.

Perfect for use on Furniture, Chairs, Sofas, Tables, Desks, Work Benches, Beds, Shelving, Cutting Boards, Cabinets, Display Stands, Appliances, Woodworking Applications, Arts & Crafts Projects, Electronics, Patio items, Garage Doors, Door Stops, Safes, Boats, Automotive, Medical Devices, Audio Gear, and other applications that require high quality rubber feet.

HEAVY DUTY ROUND RUBBER FEET FOR FURNITURE & LARGE ITEMS.

Part Name	Height (A)	Top Width (B)	Bottom Width (C)	Recess Diameter (D)	Recess Depth (E)	Insert I.D. & Screw Size (G)	No S/B Through Hole I.D. (H)
Large Cylinder #! POPULAR ITEM	1.375	1.375	1.303	.594	.890	.211 #10 Truss Head	.252
Large Cylinder #2  NEW ITEM	1.500	1.357	1.297	.594	1.015	.211 #10 Truss Head	.252
Small Cylinder #!	.700	.750	.710	.338	.405	.178 #8 Truss Head	.205
Large #2	1.621	1.621	1.451	.518	1.390	N/A	.201
Round Cylinder #3	2.255	1.668	1.500	.541	1.880	N/A	.262
Large Extra Tall #2  POPULAR ITEM	1.000	1.100	1.000	.510	.705	#10 & .25 Truss / Round Head	.258

R.H.=ROUND HEAD SCREW/BOLT.    T.H.= TRUSS HEAD SCREW/BOLT

Tolerance: = .010

Weight Capacity: Conclusive determination should be based on individual product testing and evaluation on a case-by-case basis by the end user. Factors such as the durometer, the total number of feet (bumpers) being used, the environment (i.e., exposure to ozone, chemicals, extreme temperatures), static vs. dynamic applications, abrasion, and shock should be considered and not limited to for your final assessment.