Abracs Proflex Extra Thin Cutting Disc 115mm x 1.0mm x 22mm

Abracs Proflex Extra Thin Cutting Disc 115mm x 1.0mm x 22mm

The Abracs Proflex Extra Thin Cutting Disc is designed for precision cutting across a variety of materials, delivering efficiency and control in every use. Its ultra-slim profile ensures fast, accurate cuts with minimal material wastage, making it a dependable choice for both professional tradespeople and dedicated hobbyists.

• Diameter: 115mm
• Thickness: 1.0mm
• Bore size: 22mm
• Suitable for use on metal and stainless steel
• Enhanced durability for extended cutting performance

Compared to standard cutting discs, the Abracs Proflex Extra Thin Cutting Disc offers a remarkable advantage with its 1.0mm thickness, significantly thinner than conventional discs that often measure 1.6mm or more. This extra thin design reduces cutting resistance and heat generation, resulting in cleaner, more precise cuts. Previous models in the Abracs range have been well-regarded for their robustness, but this variant elevates precision cutting without compromising on strength or safety.

Key Technical Advantages:
The cutting disc utilises high-grade abrasive materials to ensure sharp, consistent performance with minimal sparks and debris. Its optimised thickness and balanced construction provide smooth, clean cuts, reducing operator fatigue and enhancing cutting efficiency. With a 22mm bore, this disc is compatible with most standard angle grinders, offering versatility for a wide range of cutting tasks.

Technology and Performance
Advanced bonding techniques maintain the structural integrity of the disc during high-speed rotation, preventing cracking or chipping even under demanding conditions. The ultra-thin profile lowers the kerf width, which means faster cutting times and less heat distortion, preserving the material’s integrity. The Abracs Proflex Extra Thin Cutting Disc is ideally suited for professional environments where speed and precision are essential, guaranteeing every cut is executed with ease and accuracy.