Private Label - Aluminum Oxide HD Unitized Wheel - 800 Series, WHL 3X1/8X1/4 C A/O HD 811 UTZ PRIV LABEL 55546

The Standard Abrasives Aluminum Oxide HD Unitized Wheel 800 Series is a high-performance wheel designed to remove challenging burrs with precision and impart a fine polish. This wheel is available in two grades of aluminum oxide mineral: coarse or medium. With its hard density, it is one of the most aggressive wheels in the Standard Abrasives Unitized Wheels range. The coarseness of the mineral and the greater density allow this wheel to withstand high-pressure applications and cut aggressively, making it ideal for deburring and polishing tasks.

Use the Standard Abrasives 800 Series HD Unitized Wheel for a variety of applications, including deburring stainless steel pipe thread, removing wire edges from surgical instruments, polishing stainless steel sinks, tanks, and other equipment in the food service industry. It is also a great choice for deburring gears and aircraft wing spars, as well as breaking edges on aluminum extrusions. When it comes to polishing, the 800 Series A/O HD Unitized Wheel is highly effective on stainless steel rule dies, welds on stainless steel sinks, machined surfaces, hand tools, and round tubing.

The Standard Abrasives Unitized Wheel is compatible with a variety of tools, making it versatile and convenient to use. It is typically used on a die grinder, but it can also be mounted on a tool or pedestal grinder without regard to the direction of the spindle rotation. This bi-directional feature allows operators to use the wheel with different tools and feed the workpiece through the machine in any direction. The stiffness of the unitized construction enables operators to use thinner wheels to access awkward angles with grinding tools.

The Series 800 wheels are available in a range of diameters from 1-6 and require a unitized wheel mandrel (sold separately) for attachment to the tool. Quick change wheels are also available (sold separately).

Standard Abrasives Unitized Wheels are specifically designed for tough deburring, cleaning, blending, and finishing applications. They have a non-woven unitized construction that offers a higher density and durability compared to other products. This construction allows the wheels to handle more aggressive applications and accomplish material removal more rapidly. Despite their stiffness, the non-woven nylon fibers of the wheel still respond to surface irregularities while preserving the geometry of the piece, resulting in a consistent finish.

Unitized wheels are created by layering open web material that combines non-woven fiber strands and abrasive mineral with a tough resin bond. These layers are then cured and compressed together, creating a wheel with increased toughness and durability. This construction allows the wheel to withstand repeated wear and maintain its structural integrity, making it ideal for working on edges. The wheel can also be dressed to maintain its shape as the layers wear.

Standard Abrasives Unitized Wheels are load-resistant, meaning they can maintain their cutting performance for longer periods. The gaps in the open web structure of the wheel allow unwanted swarf to escape, preventing debris from clogging the abrasive. This ensures that the mineral stays fresh, sharp, and delivers a consistent cut throughout the life of the product. As the fibers break down and fresh mineral is exposed, the likelihood of dull or blunt mineral smearing the surface is reduced, resulting in cleaner surfaces and less re-work. Additionally, the load-resistance of the wheel reduces manual fatigue that may occur from applying heavy pressure to a dull abrasive.

Standard Abrasives Unitized Wheels offer numerous benefits for heavy-duty jobs. They streamline deburring, cleaning, blending, and finishing applications, allowing operators to reduce finishing steps, minimize costs, and achieve greater throughput. With their high-density construction and load-resistance, these wheels provide precision and durability, making them a reliable choice for challenging tasks.