6‑inch Type‑1 Metal Cutting Wheel – 0.045‑in Thick, 7/8‑in Arbor

Introducing Milwaukee 6‑Inch Type‑1 Metal Cutting Wheel, a precision‑engineered abrasive disc built for rapid, clean cuts on a variety of ferrous metals. Measuring 6 inches in diameter, 0.045 inches thick and featuring a 7/8‑inches arbor, this wheel combines a compact profile with robust performance for both handheld grinders and bench‑mounted tools. Its sleek design also helps to reduce heat buildup, extending tool life during prolonged use.

Why choose this cutting wheel? Its proprietary resin matrix fused with premium aluminum‑oxide grit yields up to twice the service life of conventional discs while shaving seconds off each cut. The result is smoother edges, reduced vibration, and greater productivity on job sites that demand speed and accuracy.

• Extended lifespan: Advanced resin bonding technology delivers up to 2× longer durability, lowering replacement costs.
• Accelerated cutting speed: Optimized aluminum‑oxide grains provide roughly 10% faster material removal compared with standard wheels.
• Reinforced construction: Two layers of high‑tenacity fiberglass reinforcement enhance structural integrity and resist cracking.
• Versatile material compatibility: Ideal for carbon steel, stainless steel, nickel‑based alloys, angle iron, pipe, rebar and other ferrous substrates.
• Consistent, clean finish: Maintains control and produces burr‑free edges, minimizing the need for secondary grinding.

Experience unmatched reliability: Whether you’re tackling heavy‑duty construction tasks or detailed metal‑fabrication work, this Milwaukee cut‑off wheel offers the confidence of a tool engineered for demanding environments. Its balanced design reduces user fatigue, while the high‑performance abrasive ensures each slice is precise and efficient. Trusted by professionals worldwide, it delivers consistent performance day after day. Upgrade your cutting arsenal today and enjoy faster project turnaround with a wheel that stands up to the toughest metal‑cutting challenges.