- Made of radially arranged flaps of non-woven abrasive material. - A long tool life is achieved through the dense packing of the flaps. - The tool is particularly used for surface work. - Abrasive: Aluminium oxide A.
- For universal grinding work on components made from aluminium, copper, bronze, titanium and fibre-reinforced plastics. - Particularly recommended for use on titanium alloys. - Ideally suited to use in the aeronautical industry, especially where SiC is the only approved abrasive, e.g. for use on engine components. - Ideally suited to use in the aeronautical industry, especially where SiC is the only approved abrasive, e.g. for use on engine components. - Abrasive: Silicon carbide SiC.
- For universal grinding work on components made from aluminium, copper, bronze, titanium and fibre-reinforced plastics. - Particularly recommended for use on titanium alloys. - Ideally suited to use in the aeronautical industry, especially where SiC is the only approved abrasive, e.g. for use on engine components. - Ideally suited to use in the aeronautical industry, especially where SiC is the only approved abrasive, e.g. for use on engine components. - Abrasive: Silicon carbide SiC.
- Made of radially arranged flaps of non-woven abrasive material. - A long tool life is achieved through the dense packing of the flaps. - The tool is particularly used for surface work. - Abrasive: Silicon carbide (SiC).
- For universal grinding work on components made from aluminium, copper, bronze, titanium and fibre-reinforced plastics. - Particularly recommended for use on titanium alloys. - Ideally suited to use in the aeronautical industry, especially where SiC is the only approved abrasive, e.g. for use on engine components. - Ideally suited to use in the aeronautical industry, especially where SiC is the only approved abrasive, e.g. for use on engine components. - Abrasive: Silicon carbide SiC.