Redi Lock Grinding Shoe Double Segment Fang Shape – Trade Series

The Double Segment Fang Shape Grinding Shoe is part of our Trade Range, offering a cost-effective option for contractors who want dependable Redi Lock tooling without the premium price tag.

The fang design provides adequate grinding performance, but being part of the trade line, it does not cut as aggressively or last as long as our premium Diamond, Razer, or Star segments. This makes it ideal for budget-conscious projects, light to medium-duty grinding, or occasional use.

Key Benefits:

Budget-Friendly Trade Range – Affordable tooling option for everyday grinding.

Double Segment Design – Improves stability and lifespan compared to single-segment trade shoes.

Compatible & Safe – Manufactured to EN13236 standards for safety and reliability.

Practical Choice – Good performance where premium speed or extended life is not required.

Best suited for contractors looking for a reliable, cost-effective Redi Lock grinding shoe for light to medium grinding applications.

The grit determines how aggressive the grind will be as and the following should be used as guidance.

6 Grit – The most aggressive grit, will remove material rapidly but leave severe scratching on the surface.

16 Grit – Very aggressive grit, will remove material rapidly but leave significant scratching on the surface.

30 Grit – Aggressive grit, will remove material rapidly but leave some scratching on the surface.

60 Grit – Moderate grit, will remove material at a moderate pace but leave minor scratching on the surface.

120 Grit – Fine grit, minor material removal and the least scratching from metal bond diamonds.

When selecting diamond grinding tooling, ensure the bond is appropriate for the hardness of the surface.

Soft bonds should be used on harder material as the soft bond ensures faster diamond exposure.

Hard Bonds should be used on softer material as the slower wear rate ensures diamond longevity.

Using too hard of a bond can cause glazing of the diamonds and significantly impact performance.

Using too soft of a bond will cause the segment to wear prematurely.