As a general rule, a wheel with a softer bond will perform better on a hard metal, while a hard bond will perform better on a softer metal. The fiberglass structure and design on a grinding wheel provides reinforcement, rigidity and superior grinding ability.

As a general rule, a wheel with a softer bond will perform better on a hard metal, while a hard bond will perform better on a softer metal. The fiberglass structure and design on a grinding wheel provides reinforcement, rigidity and superior grinding ability.

As a general rule, a wheel with a softer bond will perform better on a hard metal, while a hard bond will perform better on a softer metal. The fiberglass structure and design on a grinding wheel provides reinforcement, rigidity and superior grinding ability.

As a general rule, a wheel with a softer bond will perform better on a hard metal, while a hard bond will perform better on a softer metal. The fiberglass structure and design on a grinding wheel provides reinforcement, rigidity and superior grinding ability.

As a general rule, a wheel with a softer bond will perform better on a hard metal, while a hard bond will perform better on a softer metal. The fiberglass structure and design on a grinding wheel provides reinforcement, rigidity and superior grinding ability.

Lathe Tools 1/2 Threading

Lathe Tools 5/8 threading

Lathe Tools 5/8 noki

Lathe Tools 3\4 Noki

Lathe Tools 5/8 parting

These tools are used to turn grooves into parts with cylindrical surfaces. Several groove shapes are depending on the shape of the lathe. V-shaped and square cutters are common.