Pedal pads and moulded rubber since 1998Shanghai · Beijing · Czech Republic · New York
+86 186 0217 6258[email protected]
Request A Quote
All 64 parts Sport PadsRubber & Plastic PadsHandlesRubber & Plastic Products Technology and process Engineering and PPAP Testing and quality Knowledge centre About Lee World Contact
Home › Rubber & Plastic Products › Rubber Parts › Grip
Grip — cylindrical moulded rubber grip with a fine knurled surface, shown on its shaft
Grip — photographed at Lee World. Cylindrical moulded rubber grip with a fine knurled surface, shown on its shaft.
Rubber Parts

Grip

Shown fitted to its shaft, because a grip is only as good as its interference fit — moulded oversize and stretched on, never glued.

Dimensions are built to your drawing or to a supplied sample. Compound and Shore A hardness are confirmed on the drawing before any tool is cut.

Specification

Part familyMoulded rubber part
ConstructionSingle-compound moulding, no metal insert
Face detailCylindrical moulded rubber grip with a fine knurled surface, shown on its shaft.
Moulding compoundsEPDM, SBR, TPE, TPE-SEBS, PVC or PP, to drawing
ToolingDesigned and built in house
Prototype parts4 weeks from prototype tool
PPAPTypically 8 weeks, to ISO/TS 16949 or VDA
DimensionsBuilt to customer drawing or to a supplied sample
Moulded fromBeijing rubber plant (rubber) / Shanghai plant (plastics)

The face on this part

Cylindrical moulded rubber grip with a fine knurled surface, shown on its shaft. It sits in the Rubber Parts group, and the photograph above is of the part itself rather than a rendering — what you see is the tread, the outline and the finish as they leave the tool.

With no metal face, the compound is the part

There is nothing to hide behind. A pad that is too hard makes its tread pattern useless; one that is too soft wears through at the rib tips. Send the service conditions and our designers will propose a grade rather than asking you to guess one.

How the compound is proven

Shore A hardness, density, ozone, ageing, tensile strength, elongation to fracture, vulcanization and insulation resistivity, oil resistance and Mooney viscosity — all run in the Beijing facility, next to the press rather than a week away.

Tooling and first parts

All tooling is designed and made in house. Parts from a prototype tool reach you in 4 weeks, which is the window in which the face, the retention and the hardness can still be changed without restarting anything.

Questions buyers ask

Can the tread pattern be changed?

The tread is cut into the tool, so a pattern change is a tool change. If you are early enough to be at prototype stage it costs little; after the production tool is cut it does not.

How long before I see a real Grip sample?

Four weeks from a prototype tool. The tool shop is in the same buildings as the moulding lines in Shanghai and Beijing, so prototype work does not queue behind a subcontractor.

What do you need from us to quote it?

A drawing or sample plus the annual volume. Say at that point whether PPAP is required and to which standard — ISO/TS 16949 or VDA — so it is planned in rather than added later.

How is the material verified?

In our Beijing facility, next to the production line: Shore A hardness, density, ozone, ageing, tensile strength, elongation to fracture, vulcanization and insulation resistivity, oil resistance and Mooney viscosity.

Quote the Grip

Send the annual volume and, if you have one, the drawing. Prototype parts follow 4 weeks after a prototype tool.