Conical flap discs are a high performance alternative to sanding discs where surface finish is important. On light gauge sheet metal, the overlapped abrasive strips slowly wear away revealing fresh abrasive.

Features and Benefits
• The overlap design reduces clogging and ensures the disc always cuts effectively and
• Provides a consistent finish throughout disc life
• No backing pads needed

Notes
• Safe to use at 80m/s on any grinder

Standards
EN12413

For fast cutting on contours and hard-to-reach areas, these aluminium oxide cartridge rolls are a long-lasting and cost-effective choice. Ideal for deburring and metal removal, higher grits can also be used for blending and polishing applications.

Features and Benefits
• Spiral wound abrasive constantly exposes a new abrasive surface for product longevity
• Available in a range of roll sizes and grits to suit any application
• Straight form allows for consistent finishing

Typical Applications
• Flash removal
• Edge breaking
• Machine tool mark removal
• Polishing and finishing

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

'B' Shape - Shank Diameter 3mm

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