CGW 45223 6" X .094" X 5/8"-11 Type 27 36-Grit Aluminum Oxide 3-IN-1 Cut/Grind/Finish Wheel

The CGW 45223 is a 6-inch (diameter) Type 27 36-grit aluminum oxide wheel designed for 3-in-1 performance: cutting, grinding, and finishing on a single wheel. Built for facility maintenance tasks, this wheel is configured with a 5/8-inch-11 arbor to fit compatible grinders and delivers a versatile balance of material removal and surface refinement in one pass, which can help optimize production times by reducing tool changes.

Construction features include three layers of fiberglass net reinforcement, which contribute for added strength and flexibility under typical grinding loads. The wheel is formulated with contaminant-free materials, with a low iron, sulfur, and chlorine content (0.1% or less), aiming to reduce rust and corrosion risks in treated parts and environments. These attributes support consistent performance across occasional mixed-material work and maintain tolerance on fine finishing tasks.

Practical considerations for users include ensuring correct mounting on compatible grinders and attention to RPM ratings. The specified maximum operating speed should be respected to maintain wheel integrity and performance. This wheel is presented in a package that includes multiple units per box; refer to the packaging details to determine total quantity and stock needs for procurement. When selecting a wheel for a given task, users should match the Type 27 profile and 36 grit to the desired material removal rate and surface finish on aluminum, steel, or other metals encountered in facility maintenance workflows.

Features:

• High-performance wheel designed to cut quickly, grind easily, and finish surfaces with one tool.
• Contaminant-free composition with ~0.1% iron, sulfur, or chlorine to minimize rust and corrosion.
• Three layers of fiberglass net reinforcement for added strength and flexibility.
• 3/32" thickness with 6" diameter, 36 grit, Type 27 profile for versatile operation.
• 5/8-11" arbor compatibility with RPM up to 10,200.
• Cost-effective solution to reduce wheel changes and increase production time.