through rough waters
3M™ Cloth Belt 577F, 40 YF-weight, 2 in x 36 in, Fabri-lok, Single-flex, 50 ea/Case
$5.59 / Each
| SKU | 7010326999 |
|---|---|
| Legacy SKU | 60440257784 |
| UPC | 00051119094510 |
| Product Number | 577F |
When traditional aluminum oxide belts arent cutting it, try 3M Cloth Belt 577F with alumina zirconia abrasive grain. It offers increased cutting efficiency compared to aluminum oxide, and has a heavy, water-resistant polyester backing that stands up to high-pressure applications and edge work.
- Alumina zirconia mineral with grinding aid provides more cutting power than aluminum oxide
- Heavyweight cloth backing provides durability in high-production operations
- Runs cool for reliable use on heat-sensitive metals like aluminum and stainless steel
- Tough and versatile alumina zirconia mineral cuts fast and performs well on many substrates
- Available in a range of sizes and grades to fit your specific needs
Product Dimensions |
Imperial | Metric |
| Weight | 0 NULL | |
|---|---|---|
| Width | 0 null | |
| Length | 0 null | |
| Height | 0 null |
Shipping Dimensions |
|
| Weight | 10.85 lb |
|---|---|
| Length | 16 in |
| Width | 16 in |
| Height | 7 in |
| Color | Green |
|---|
PRODUCT FAQ
-
What is the size of 3M™ Cloth Belt 577F and how many are there in a case?
The size of 3M™ Cloth Belt 577F is 2 inches x 36 inches with an additional Fabri-lok thread securing mechanism. There are a total of 50 belts in each case.
-
Can you tell me more about the weight category for this belt type?
This cloth sanding belt falls under YF-weight, indicating its durable nature making it perfect for sanding surfaces on hard metal, heat-aided materials or stainless steel substrates.
-
Is this available in different grit sizes?
Yes. We have several grit options available when purchasing our 3M™ Cloth Belt Series to ensure you get the perfect abrasive performance desired.
-
Is this product easy to install onto power tools like my sander/polisher machine?
Of course! Our abbrasive belts come designed with a smooth single-flex backing which ensures hassle-free installation and removal from your tool without leaving any residue that might add difficulty during replacement time.
-
Are these belts safe to use while grinding metallic substances?
Absolutely yes! These amazingly made belts feature new abrasive technology ensuring cool grinding action even as their stock becomes depleted over time. Additionally, they feature active lubrication that reduces excessive friction heating especially when working on metals such aluminum & other alloys etc.
Runs Cool on Heat-Sensitive Metals
3M™ Cloth Belt 577F is a versatile product that is highly recommended for use on aluminum, mild steel, and stainless steel or other exotic metal alloys. It is ideal for dimensioning parts, deburring, blending, and finishing castings and forgings. The belt is designed to protect heat sensitive alloys such as stainless steel, nickel alloys, and cobalt alloys. It incorporates a grinding aid that reduces running temperatures, making it perfect for use on heat-sensitive metals. The abrasive is firmly bonded to the backing with resin to maintain durability under high heat and pressure. Alumina zirconia fractures frequently to continually produce sharp points and deliver a faster cut-rate than aluminum oxide. A synthetic mineral, it was developed for heavy stock removal and high pressure grinding.
Sized to Suit Your Needs
Abrasive belts come in many different widths and lengths and are used on a variety of different belt sanding tools for many different metalworking applications. 3M offers a broad selection of belts to fit most any industrial belt sander. Wider belts are used with wide belt sanders and feed-through style flat finishers to smooth rough-cut edges of metal sheets, or add a grain pattern to stainless steel sheets. Medium-width belts are generally used on a backstand for weld removal or for imparting a finish. Narrow belts can be used on file tools to access right angle corners for finishing.
Applications
- Deburring
- Finishing
- Grinding
- Surface preparation
