Pferd Milwaukee Brush Company, Inc.

Other

August Ruggeberg Gmbh & Co.

August Ruggeberg Gmbh & Co. Kg

Bernd Stuckenholz

Theodor Schneider

Nicolas Huth

Claus Genau

Peter Walder

Gisela Gross

Achim Schmitz

Bernd Preissler

Thomas Mohn

Bernd Trompelt

Sascha Rausch

Dominik Vogt

With a method for the production of a grinding tool, a tool base body is provided, which configures a three-dimensionally shaped adhesive sur-face by application of a bonding agent. The tool base body is positioned in a way that the adhesive surface is arranged in an electrostatic field, be-tween a first electrode and a second electrode. Into the electrostatic field, abrasive grains are introduced, which, due to the electrostatic field, move towards the adhesive surface and adhere to same. The grinding tool produced in this manner has a three-dimensionally shaped abrasive grain layer. The production of the grinding tool is simple, flexible and economical. The grinding tool has a randomly shaped abrasive grain layer and can be applied in a manifold manner with a high cutting performance and a long service life.

Method for producing a grinding tool and grinding tool

An abrasive tool includes a support, on which a plurality of abrasive flaps is arranged. The abrasive flaps each have a base and abrasive material, which is attached to the base by means of a binder. To increase the useful life and total material abrasion, the abrasive flaps are reinforced by a cured filling resin. The reinforcement of the abrasive flaps reduces the cyclical deflection thereof around a zero position due to workpiece machining, thereby avoiding increased wear on the abrasive flaps.

Abrasive tool and method for producing an abrasive tool of this kind

A supporting disk for a surface grinding wheel comprises a glass-fiber reinforced phenolic resin body which has an upper covering layer of a textile glass fabric or a glass-yarn layer, an intermediate layer of a fiber mat, and a lower covering layer of a textile glass fabric or a glass-yarn layer.

Supporting disk for a surface grinding wheel and surface grinding wheel

An abrasive wheel having an annular support disk and an abrasive ring fixed thereto comprises reinforcement layers on the front sides of the abrasive ring, a layer of an abrasive agent being disposed between the reinforcement layers. The reinforcement layers and the outer portion of the support disk overlap each other radially, at least one reinforcement layer, in this area, being connected with an annular flange of radial extension by means of an adhesive layer.

Abrasive wheel

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Wiehl, Germany

Bernd Stuckenholz