SKU | 7100179903 |
---|---|
Legacy SKU | 60440345456 |
UPC | 00638060057346 |
Product Number | 237AA |
3M Trizact Cloth Belt 237AA uses proprietary microreplication technology by 3M where micron-graded aluminum oxide particles are formed into tiny pyramids of abrasive mineral and then coated on an X weight cloth backing. As these pyramids wear, fresh, sharp mineral is continually exposed to produce a consistent cut and a predictable, fine finish.
- Self-sharpening pyramids start sharp, stay sharp, and run cooler than conventional abrasives
- Flexible backing for consistent finish over contours
- Three-dimensional design enables very consistent finishes throughout the abrasive life in robotic applications
- For intermediate finishing and fine polishing prior to plating or buffing
- Ideal for intermediate finishing and fine polishing prior to plating or buffing
- Produces finer finishes than conventional electrostatically coated abrasives
Product Dimensions |
Imperial | Metric |
Weight | 0 NULL | |
---|---|---|
Width | 0 null | |
Length | 0 null | |
Height | 0 null |
Shipping Dimensions |
|
Weight | 3.303 lb |
---|---|
Length | 9.1248 in |
Width | 7.1248 in |
Height | 5 in |
Color | Gray |
---|
PRODUCT FAQ
-
What is the 3M™ Trizact™ Cloth Belt 237AA used for?
The 3M™ Trizact™ Cloth Belt 237AA is used for heavy sanding and polishing applications such as metalworking, woodworking, and composites.
-
How long does it last?
The lifespan of the belt varies depending on usage and the material being worked on. However, since it is a high-performance product, it generally lasts longer than other sanding belts in its class.
-
Can it be used with water or oil?
Yes! It can be used both under dry conditions or with water or oil to reduce heat buildup when working with certain materials.
-
What grit size is available?
This cloth belt comes packed with an A16 X-weight grit size. However, different abrasive materials are available upon request!
-
Are there any safety hazards customers should be aware of while using this product?
Always wear appropriate personal protective equipment (PPE) including eye protection before using abrasive products like this one. And always read Material Safety Data Sheet (MSDS) before use.
The 3M™ Trizact™ Cloth Belt 237AA is designed to provide consistent finishes on hard metals such as carbon and stainless steel. The abrasive and resin structure is formulated to break down under medium pressure and keep fresh, sharp mineral cutting. The belt also features a grinding aid that helps prevent heat buildup, warping, and discoloration. The X-weight, durable cloth backing helps provide control, conformability, and effective medium-pressure grinding. The resin bonded abrasive gives you greater heat resistance and helps prevent delamination.
Runs Smooth, Finishes ConsistentlyThe belt uses a Film Media Splice, a strong secure bond joining the belt ends, consisting of a thin film-joining media that minimizes "chatter marks," ensures a smooth running belt, and consistent finishing results. Proprietary Trizact™ abrasives produce a finer finish, achieve results faster, and last longer when compared to conventional abrasive products.
Ideal for Robotic Finishing and Polishing3M™ Trizact™ abrasives can consistently deliver near-mirror finishes while also delivering the abrasive life that helps reduce changeouts and downtime in robotic cells. This helps maximize the efficiency of the cell, allowing you to produce more parts per belt. Robotic metal polishing demands the most consistent, refined cut and long abrasive life.
The Science of Flawless Finishes3M™ Trizact™ belts start sharp and stay sharp, resulting in more predictable finishes and improved, consistent quality. They can last up to five times longer than conventional belts and provide precise finish control such that operators can reduce grade sequences, requiring fewer process steps and fewer abrasive products. Three-dimensional structures uniformly distributed over the entire surface of 3M™ Trizact™ abrasives ensure consistent performance and eliminate part to part variation.