- 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. - Abrasive: Silicon carbide SiC.
- The diemaster saw tape 2 can be applied in aluminum / non-ferrous; - Stainless steels, carbon steels, tool steels, structural steels; - Wood and alloy of steel.
- 1/2 DR. Impact extra thin wall socket; - DIN 3121; - Material - chrome molybdenum alloy steel; - Finishing - phosphate sunk; - Super thin wall version has less strength than standard deep version; - For aluminum alloy wheel.
- 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. - Abrasive: Silicon carbide SiC.
- Lightweight and compact design to reduce user fatigue; - Thermal overload protection: protects the battery if the temperature reaches too high values; - Current overload protection: disconnects the battery and tool to protect the battery and tool against high current consumption; - Individual cell monitoring: protects cells against overdischarge; - LED charge indicator.
Resistant to weathering and U.V. rays. Excellent adhesion on various types of substrates. Can be applied on damp surfaces. Paintable after drying. Is odourless and isocyanate free. Non-corrosive when boning to metal. Permanent elasticity and excellent adhesion. Interior and exterior use. No shrinkage. Remains flexible at low (-40°C) and high (+90°C) temperatures. Ecological (no solvents or isocyanates). It is permeable to water vapour. Applicable on horizontal and vertical surfaces. Transitable with use of reinforcing mesh between layers. Easy to apply. High performance 1.5 to 3.0 Kg/m2.
