Abracs Phoenix Silver Cutting Disc 178mm x 6mm x 22mm

Abracs Phoenix Silver Cutting Disc 178mm x 6mm x 22mm

The Abracs Phoenix Silver Cutting Disc is expertly engineered to deliver precision and durability for cutting applications. Designed with robust construction, this disc excels in handling stainless steel and ferrous metals with consistent performance and a long service life.

• Diameter: 178mm
• Thickness: 6mm
• Bore size: 22mm
• Maximum operating speed: 80 m/s
• Suitable for cutting stainless steel and ferrous metals

Compared to standard cutting discs, the Abracs Phoenix Silver Cutting Disc stands out for its superior lifespan and cutting efficiency. Its 6mm thickness offers enhanced stability and significantly reduces vibration during operation, setting it apart from thinner, less stable discs. The 22mm bore size ensures broad compatibility with most angle grinders, making it a versatile choice across various cutting tasks. This model also improves on previous versions by striking the perfect balance between strength and precision, ideal for users requiring reliable accuracy and endurance when working with tough metal materials.

Key Technical Advantages:

• High durability for extended service life
• Precision cutting with minimal material wastage
• Enhanced safety through reduced risk of disc breakage
• Compatibility with a wide range of angle grinders
• Specially designed for stainless steel and ferrous metals

Technology and Performance
Utilising advanced abrasive technology, the Abracs Phoenix Silver Cutting Disc delivers exceptional cutting speeds and clean, accurate edges. Its construction is designed to minimise heat build-up, which reduces the risk of warping or damage to the metal being cut. This results in smoother finishes and less need for rework, effectively boosting productivity. Whether deployed in professional workshops or demanding home renovation projects, this cutting disc offers an outstanding blend of reliability and value, securing its reputation as a preferred tool for metal cutting tasks.