Abracs Zirconium Flap Disc 100mm x 40G

Abracs Zirconium Flap Disc 100mm x 40G

The Abracs Zirconium Flap Disc 100mm x 40G is a specialised abrasive tool designed for efficient metal grinding and finishing tasks. Featuring premium zirconium abrasive grains, this flap disc offers superior cutting performance combined with exceptional durability.

• Diameter: 100mm
• Grit Grade: 40G
• Abrasive Material: Zirconium
• Maximum Operating Speed: Suitable for high-speed angle grinders
• Backing Material: Robust fibre backing for enhanced stability

Compared to standard aluminium oxide flap discs, the Abracs Zirconium Flap Disc 100mm x 40G provides significantly enhanced longevity and faster cutting rates. Its self-sharpening zirconium abrasives maintain a consistent performance throughout the working life of the disc, making it ideal for demanding applications such as heavy-duty metal fabrication and weld seam blending. This disc outperforms previous models with its finer grain hardness and superior resistance to heat, allowing for smoother finishes and increased efficiency.

Key Technical Advantages:
The advanced technology behind this flap disc centres on the zirconium abrasive, which offers better wear resistance and keeps grinding cooler than conventional alternatives. This reduces the frequency of disc changes and downtime, boosting overall productivity during metalworking tasks. The 40G grit ensures a perfect balance between aggressive material removal and a smooth surface finish, fitting for both rough shaping and precision blending.

Technology and Performance
Crafted with a durable fibre backing, the Abracs Zirconium Flap Disc 100mm x 40G maintains stability and safety even at high rotational speeds. Its design promotes consistent abrasion over a wider surface area, providing enhanced user control and minimising material waste. Whether utilised within metal fabrication workshops or maintenance environments, this flap disc delivers reliable, high-quality performance, making it an excellent choice for professionals seeking efficiency and precision.