3M Regalite Resin Bond Cloth Belt 08033, 9.875 in x 29.5 in P100Y Grit

Tough, aggressive belt. Best productivity and value on bare wood or nongummy finishes. Cuts faster, runs cooler. Features 3M Cubitron ceramic aluminum oxide mineral. Extra-durable cloth backing. Non-directional splice.

Trusted 3M Regalite Quality

The 3M Regalite Resin Bond Cloth Belt 08033 delivers reliable performance with a trusted brand name. This model is designed for professionals who need consistent results on various surfaces.

Featuring the exact model 08033, this belt ensures you get the quality expected from 3M. Its resin bond cloth construction supports durability and long-lasting use in demanding tasks.

Precise Size And Dimensions

This belt measures 9.875 inches by 29.5 inches, providing a perfect fit for many sanding machines. The specific size helps maintain control and efficiency during use.

With these exact dimensions, users can expect smooth operation and compatibility with standard belt sanders. The size supports both detailed work and larger surface preparation.

Effective P100Y Grit Grade

The P100Y grit grade offers a balance between aggressive material removal and surface finish quality. This grade is ideal for bare wood or non-gummy finishes.

Using this grit, the belt cuts faster and runs cooler, reducing heat buildup. It’s suitable for users needing efficient sanding without sacrificing finish quality.

Durable Cloth Backing Material

The belt features an extra-durable cloth backing that enhances strength and longevity. This backing supports tough sanding jobs and repeated use without tearing.

Its resin bond construction combined with cloth backing ensures the belt withstands aggressive sanding. This durability makes it a cost-effective choice for professionals.

Advanced Cubitron Ceramic Technology

Incorporating 3M Cubitron ceramic aluminum oxide mineral, this belt offers superior cutting performance. The ceramic mineral helps the belt cut faster and last longer.

The non-directional splice design adds versatility, allowing the belt to be used in various orientations. This technology improves productivity and value on different surfaces.