Klingspor A24 Extra Cutting-off Wheel
General-purpose cutting-off wheel for metalworking. For universal use in metalworking. Fast cutting off of solid material.
Bonded and coated abrasives for cutting, grinding and sanding.
Klingspor is a German abrasives manufacturer founded in 1893. Its range includes fibre discs, flap discs, cutting and grinding wheels, sanding belts, diamond tools and non-woven products.
PFE is an authorised Singapore distributor and provides product selection, technical documents and supply support for industrial and trade customers.
General-purpose cutting-off wheel for metalworking. For universal use in metalworking. Fast cutting off of solid material.
Standard disc for use with compatible angle grinders. For universal use in metal-working.
Extra hard grinding disc optimized for edge work and removal of stubborn burrs
Cutting-off wheel with an optimised combination for use on steel. Can also be used on stainless steel. Good cutting properties.
With optimized recipe for use on steel - Also suitable for use on stainless steel - Large product range
Cutting-off wheel for railway rails, with blotter. Very fast cutting. For use on petrol driven cutting-off machines with a cutting speed of 100 m/s and clamping device.
High performance cutting-off wheel with extremely long service life. Minimal burr formation.
Cutting-off wheel with very good price-performance ratio. Minimal burr formation. Low thermal load.
High performance cutting-off wheel with low thermal load and minimal burr formation.
High performance cutting-off wheel that is free of iron, sulphur and chlorine. Can achieve very short cutting times with minimal burr formation. Low thermal load.
Premier-quality cutting-off wheel with optimised bonding for considerably longer service life. Very short cutting times, low thermal load, and low burr formation. Free of iron, sulphur and chlorine. For diverse applications.
Premier-quality cutting-off wheel which can achieve very short cutting times and very precise and clean cuts. Minimal burr formation, minimising finish-machining. Low thermal load. Free of iron, sulphur and chlorine.
Tear resistant universal abrasive cloth for metalworking and for hardwood finish grinding. Designed for stock removal under high stress. Moisture-proof.
High-quality universal abrasive belt for metalworking and woodworking. Good removal rate under high stress.
Good removal rate for working on wood under high stress. Minimal clogging and long service life due to ACT recipe and antistatic properties.
For hard and difficult-to-machine materials under high stress. Can be used wet or dry.
For hard and difficult-to-machine materials. Intended for wet grinding and also suitable for dry grinding.
Long service life and high abrasive performance. Very good adaptation to radiuses and contours due to highly flexible cotton backing. Ideal for hard grinding of brass fittings and other molded parts.
Ideal for dry grinding of very hard or difficult-to-machine materials (castings, scales, ceramic, rubber, plastic).
Long service life and high abrasive performance. Top product for robot grinding of brass fittings. Optimal combination of flexibility and tear resistance.
High-quality universal abrasive belt for wet grinding. Good service life and fine finish. Especially suitable for rough through fine grinding in centreless and surface grinding applications.
Tear-resistant, high performance belt with especially high aggressiveness and abrasive performance due to active abrasive substances. Especially suitable for stainless steel, but also for steel and metal in general.
Universal fibre disc with a high stock-removal rate and long service life. Suitable for rough grinding and sanding, de-rusting metal parts, deburring and grinding welded seams. These discs are also suitable for precision finishing work on metals. Laser-cut versions can be produced in special shapes for specific applications.
Fibre disc with zirconia alumina grains for self-sharpening effect, and for high aggressiveness on steel and stainless steel. Suitable for rough grinding work.