AGP DM250H

The Dormer A520 HSS TiN ADX Stub Drill Bit is a high-performance tool engineered for precision and durability. Designed with a Titanium Nitride coating, this stub drill bit offers exceptional wear res more→istance and heat dissipation, ensuring extended tool life and consistent cutting efficiency. Made from high-speed steel, it provides robust performance across a variety of materials, including steel, aluminium, and plastics. The A520 features a 130° split point that ensures accurate and quick starts, minimising bit walking and enhancing drilling precision. The ADX geometry optimises chip removal, reducing friction and heat build-up, making it ideal for high-speed drilling applications. Its shorter …

The solid carbide construction ensures exceptional hardness and wear resistance, making it perfect for drilling through tough materials like stainless steel, cast iron, and hardened metals. The TiN (T more→itanium Nitride) tip coating enhances the drill's cutting efficiency and longevity by reducing friction and heat buildup. This allows for faster drilling speeds and extended tool life. Designed with a jobber length, the Dormer R003 offers optimal balance between rigidity and reach, ensuring accurate and clean holes every time. Features & Benefits • Bright and TiN tip coating • Hard material solid carbide • 120° drill point • Cylindrical shank/straight shank • Standard …

The Irwin masonry drills bits are designed for fast and efficient drilling in brickwork, concrete and breeze block, especially with cordless drills. They drill up to 60% faster than competitive drill more→bits whilst maintaining the same high durability. The single flute design ensures faster dust removal for increased drilling speed, with the unique, pressed diamond-ground carbide tip allows for aggressive cutting and the carbide tip design also ensures 20% longer life compared to previous Irwin masonry drill bits. The bits are made with a chrome vanadium body with high carbon content which allows more hardening and a stronger bit for maximum rupture strength.