"KGS Flexis® Diamond triangle pads are high performance, free cutting tools for grinding, edging and shaping with your Delta sander. The sanding surface of the KGS Flexis® triangle is made of an industrial diamond dot pattern, attached to a Velcro® backing for quick changing. Thanks to the diamond, the triangle has a very long life compared to conventional abrasive sanding triangular sheets.
Very suitable for grinding glass and (natural) stone. The sanding delta grinder tools also work great on metal, plastics, fibre glass and composites and are ideal for quickly touching up small scratches or defects. KGS Flexis® Diamond Triangles are long lasting and enable you to work in difficult corners and edges.
Available in four metal bonded and three resin bonded grit sizes. The metal bond grits are suitable for grinding and smoothing different surfaces. The sanding triangular disc can be used dry.
Note: the effect may vary per material, so assess the result between the steps to see whether the desired effect has already been achieved."
"KGS Flexis® Diamond triangle pads are high performance, free cutting tools for grinding, edging and shaping with your Delta sander. The sanding surface of the KGS Flexis® triangle is made of an industrial diamond dot pattern, attached to a Velcro® backing for quick changing. Thanks to the diamond, the triangle has a very long life compared to conventional abrasive sanding triangular sheets.
Very suitable for grinding glass and (natural) stone. The sanding delta grinder tools also work great on metal, plastics, fibre glass and composites and are ideal for quickly touching up small scratches or defects. KGS Flexis® Diamond Triangles are long lasting and enable you to work in difficult corners and edges.
Available in four metal bonded and three resin bonded grit sizes. The metal bond grits are suitable for grinding and smoothing different surfaces. The sanding triangular disc can be used dry.
Note: the effect may vary per material, so assess the result between the steps to see whether the desired effect has already been achieved."