Our Tool Overview

Our material compositions are as individual as your requirements. The ideal composition of polyurethane or rubber with the corresponding grain guarantees the perfect result. Regardless of whether your process is deburring, brushing, matting, polishing, fine grinding or high gloss finishing: You decide what you need, we have the matching series.

You didn’t find the perfect product for your requirement? Please contact us! 
In our laboratory, we are constantly developing material compositions for the special needs of our customers.

 

The Allrounder: Series P

A polyurethane bond encloses silicon carbide resulting in a wide range of finishes and applications. For polishing of aluminium available with white fused Aluminmium grains.

The durable one: Series Rplus

Regular aluminium oxide embedded in an extremely durable rubber bond ensures outstanding service lives.
Colour: brown

The Automatic: Series EK - G

White fused Aluminium oxide in a durable polyurethane bonding gives excellent lifespan. Specially designed for automated polishing of molds.

The Polisher: Series EK - GP

A mixture of grinding and polishing powders merge with a high volume of pores in a polyurethane bond.

The Fine one: Series EK – MFP

Finest white aluminium oxide in a durable fine porous hard foamed polyurethane bond ensures perfect mirror finish.

The Saw: Series HZP

Silicon carbide or aluminium oxide in a hard foamed aggressive polyurethane bond give saw blades the final finish.

The Special One: Series DA - R

Putting Diamonds in an elastic bond was impossible for a long time. With the series DA – R, polishing of hard metals to a mirror finish becomes possible.

The extra-Hard one: series SC – 5D

The perfect choice for dressing of metal bonded diamond tools. Silicon carbide in an extreme hard polyurethane bonding give the series D an extraordinary life span.

The Handy one: Series Z

Silicon carbide or white fused aluminium oxide embedded in a foamed polyurethane give smooth hand blocks for a great variety of applications.