through rough waters
3M™ Trizact™ Cloth Belt 953FA, A16 XF-weight, 6 in x 132 in, Film-lok, No Flex, 20 ea/Case
$64.58 / Each
| SKU | 7010298871 |
|---|---|
| Legacy SKU | 60440151367 |
| UPC | 00051115275364 |
| Product Number | 953FA |
3M Trizact Cloth 953FA is constructed with a 3M proprietary ceramic grain for fast, aggressive cutting action. An XF-weight cloth backing is durable with additional flexibility. It is ideal for dimensioning and blending in wet centerless or flat grinding applications on ferrous, stainless steel and nonferrous workpieces.
- Use in wet centerless or flat grinding and finishing operations
- Consistent, predictable results for accurate part geometry and finish
- Fast cutting grain allows higher throughput, fewer belts
- Less dependent on operator skill to achieve close tolerances and finish specs
- Alternative to bonded wheels
- No need to invest in new machines or shifts with belts rather than bonded wheels
Product Dimensions |
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Shipping Dimensions |
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| Weight | 32.012 lb |
|---|---|
| Length | 16.08976 in |
| Width | 16.00984 in |
| Height | 13.50984 in |
PRODUCT FAQ
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What is the 3M™ Trizact™ Cloth Belt 953FA used for?
The 3M™ Trizact™ Cloth Belt 953FA is mainly used for grinding and polishing stainless, steel or aluminium surfaces.
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What size is available?
The available size of the cloth belt is 6 inches x 132 inches with an XF-weight and a No-Flex design, which helps to keep uniform cut rate throughout its life.
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How does Film-lok help in this product?
Film-lok technology allows easy fitment with quick and secure exchange of belts between machines enhancing productivity at work by reducing down-time
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How many belts are there per case?
Each case comes with twenty (20) cloth belts that provides excellent value-to-price ratio.
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Can these belts be resharpened?
Yes. These strong ceramic-based grain belts can be reshaped after heavy use without losing their original profile shape to ensure longer belt life.
With the 3M™ Trizact™ Cloth Belt 953FA, you can consistently achieve accurate part geometry with ease, speed, and consistency. This belt is versatile and available in grades from A300 for stock removal to A6 for final finishing and polishing. Grades A10 and A6 employ an engineered aluminum oxide mineral, and A300 is available on a stiffer YF-weight backing. This belt is available in converted forms up to 25 inches wide.
Abrasive Design for Fast, Controlled Cut3M designed an abrasive mineral to deliver Trizact™ consistency with the cutting action of ceramic abrasive grain. This new shape, packed with durable ceramic grain, introduces a full line of consistent Trizact belt products for stock removal through final finishing in wet applications on stainless, mild, and hardened steel. The ceramic grain is a chemically engineered ceramic aluminum oxide mineral that has a unique "stay sharp" crystalline structure. This grain, as it wears, continually reveals fresh cutting edges, ensuring a sustained cut and longer product life. This durable, cost-effective abrasive solution delivers real productivity benefits across an operation without the premature dulling associated with traditional abrasives. Fast cutting action allows high throughput and/or fewer belts on multiple-head machines, which means you operate at significantly lower total cost.
Alternative to Bonded Wheels3M abrasive belts perform more reliably independently of operator variables and can be run without investing in new machines or shifts. Less technique-dependent tools help to deliver a more consistent result. Bonded wheels generally depend upon the dexterity, hours of experience, and machine knowledge of the operator to achieve consistently exceptional results.
Mill Rolls, Z-Mill Rolls, Hard Chrome Rolls and Thermal Sprayed RollsAccomplish typical work roll refinishing with a sequence of 3M™ Trizact™ Belts. The first step uses 3M™ Trizact™ Cloth 953FA A300 belt to remove 0.005 to 0.015 inches of material from the roll diameter. Refine the finish quickly by replacing the roughing belt with a sequence of finer grade 953FA belts, depending on finish requirements. Mirror finishes (<1 Μ in. Ra) have been achieved.