ANI is known worldwide for the production and sale of accessories for compressed air as well as paint spray guns. ANI is a world leader in the compressed air market where it has been present for 50 years. It has a product range for car body shops, car repair, wood industry, building, tool-making such as lubricators, filters and pressure regulators, among other tools and hardware.
ANI is known worldwide for the production and sale of accessories for compressed air as well as paint spray guns. ANI is a world leader in the compressed air market where it has been present for 50 years. It has a product range for car body shops, car repair, wood industry, building, tool-making such as lubricators, filters and pressure regulators, among other tools and hardware.
The SiC abrasive enables use on paint and glass. - Particularly suitable for all wet grinding work on conventional painted constructions. - The paper-backed abrasive sheets comply with ISO 21948.
- Different types of materials can be joined, with different types of manufacturing. - Wide range of thicknesses to be riveted. - Fast, economic and high quality assembly.
- For aggressive grinding with maximum stock removal rate on hard and tough materials which do not conduct heat well. - Consistently high performance due to self-sharpening ceramic oxide grain. - Active grinding additives in the coating substantially improve the stock removal rate, prevent clogging and result in cooler grinding. - Abrasive: Ceramic oxide grain CO-COOL.
- Characteristics: - Angle and through-hole design; - High quality steel, chrome plated; - Deep recess at one side and open end socket at the other, easily fit over protruding studs; - ISO 2236.
'- These two-tone work trousers do not only have many practical pockets (include knee pockets), they are also reinforced in strategic areas with the extremely resistant Cordura® fibre. What's more, the Cordura® knee pockets can be adjusted in height to ensure that your knee pads are in the best position to protect your knees. - PESCO 61, +/- 245 G/M²