An impact resistant tool comprising a superhard material bonded to a cemented metal carbide at a non-planar interface.

The present invention provides a film for a cutting tool or an abrasion resistant tool in which improved abrasion resistance and defect resistance required for the processing of steel when frequent welding occurs.

This powerful tool is used by watchmakers to pierce the space housing the watch crown.

Put on some protective gear, hold the platters at a distance with some kind of heat resistant tool, and watch it melt.

The object of the invention is to provide a coated tool, which is resistant to wear.

The invention concerns a grinding tool for machining in particular brittle-hard materials.

A coated forming tool (10) including a tool component (12) and a wear resistant coating (14) on at least a portion of the tool component.

A wear resistant, diamond enhanced cutting tool for excavating is disclosed.

The diamond-covered member is useful as a cutting tool or abrasion-resistant member.

The self-sharpening cutter is highly resistant to spalling and catastrophic fracture.

The actual milling tool consists of a cutting tool (3) of hard and brittle material which is supported in a holder (1) of less brittle and wear-resistant material.

The cutting tool is improved in a fracture toughness value and the resistance to thermal shock and thus has a prolonged life.

A wear-resistant cutting bit for use on a mining or excavating cutting tool is disclosed.

This disclosure is related to downhole tool having an erosion resistant material metallurgically bonded to portions of the downhole tool.

The cable is oil resistant, wear resistant, bending resistant and ultraviolet resistant.