Square & Cube Thermoplastic Rubber Feet with Steel Support Bushing

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. Includes a Trivalent Chromate plated steel Support Bushing (S/B) that absorbs the total fastener load allowing the foot to be mounted using a variety of screws or rivets without causing distortion to the foot itself. Excellent resistance to ozone, aging and most chemicals.   These feet are perfect for Home, Kitchen & Industrial Use.

Uses include furniture, crates, electronics, shelving, and anything that needs a strong & heavy-duty rubber foot.

PART NAME Mounting Holes >.008 I >.005 J + .004 – .000 K Small Square .328 .656 .154 (#23 Drill) Medium Square .453 .906 .185 (#13 Drill) Standard Square .531 1.062 .219 (7/32 Drill) Large Square .593 1.187 .219 (7/32 Drill) Small Cube .328 .656 .154 (#23 Drill) Standard Cube .531 1.062 .219 (7/32 Drill) Large Cube .593 1.187 .219 (7/32 Drill)

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Measurements are in inches.  IE .250 = 1/4 inch

PART NAME	Height A	Width B & D	Width C	Recess Diameter D	Recess Depth F	Outer Wall Thickness G	Insert I.D. & Screw Size H	Lug. Dia. I	No S/B Through Hole I.D. H
Small Square	.344	.890	.794	.333	.142	.095	.148 #6 Truss Head	.150	.172
Medium Square	.460	1.187	1.059	.409	.168	.145	.178 #8 Truss Head	.180	.208
Standard Square	.522	1.375	1.229	.472	.202	.172	.215 #10 Truss Head	.210	.258
Large Square	.590	1.500	1.336	.472	.275	.190	.215 #10 Truss Head	.210	.258
Small Cube	.625	.890	.794	.325	.320	.095	.208 #8   Truss Head	.150	.208
Standard Cube	.875	1.375	1.250	.530	.390	.190	.215 #10 Truss Head	.210	.246
Large Cube	1.125	1.500	1.343	.530	.640	.190	.215 #10 Truss Head	.210	.258

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; 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.