Features and Benefits • All points are aluminium oxide with 'rubenite™' as standard for all general-purpose grinding and deburring on steels and most metals • Durable and reliable constrution
Typical Applications • Suitable for portable die and straight hand grinders
Notes • Shank diameters are metric as listed below with inch sizes available on request • Maximum speeds are quoted assuming that collet to back of point does not exceed 12.7mm (1/2") and are for guidance only
Shaft mounted abrasive flap wheels are ideally suited for stock removal, deburring, cleaning, blending and finishing on a wide range of materials.
Features and Benefits • Recessed hub design allows for maximum access in tight corners • Suitable for use with portable power tools allowing for use in any situation • Can be used on metal, wood, plastic, and fibreglass making it the go to for stock removal
Manufactured to assure operator safety and optimum performance. Grade A30 - For general-purpose use on metals.
Features and Benefits • Cuts very cleanly, with minimal burrs • Excels at cutting quickly through metal pipes, tubes, flat sheets and more • Incredibly durable for long-lasting performance
Notes • Cutting discs must never be used for grinding and must always be presented to the work piece at an angle of 90°. • For use with all appropriate handheld angle grinders.
Plain End Cylinder (Bob) York Felt Bobs are made of pure wool in a variety of sizes, shapes. The mandrels are exactly centred for true-running operation. Suitable for product finishing/polishing with finishing/polishing compounds.
The Kennedy resin bonded aluminium oxide abrasive belts are designed for use in industrial applications, combining durability and flexibility to ensure a long life and outstanding performance. The ranges of grits allows for use on a range of surfaces from wood to metal.
Features and Benefits • Combining durability and flexibility allows for a long life and outstanding performance in any situation • A wide range of grits available to allow usage on a range of surfaces from wood to metal