through rough waters
Scotch-Brite™ Laser Braze Finishing Wheel, 8 in x 4.5mm x 1 in, 10 ea/Case
$88.28 / Each
| SKU | 7100115797 |
|---|---|
| Legacy SKU | 61500314556 |
| UPC | 00076308457501 |
| Product Number | LB-UW |
The Scotch-Brite Laser Braze Finishing Wheel is designed to blend and finish imperfections left by laser brazing during automotive production. It combines Scotch-Brite nonwoven material with 3M Precision-Shaped Grain for faster cutting action and greater durability on Silicon Bronze and other metals.
- Designed to blend and finish silicon bronze parts during laser brazing
- Open web construction resists loading and extends effective service life
- Flexible Scotch-Brite™ material reduces need for recalibration and adjustments
- 3M precision shaped grains provide excellent cut rate and a smooth finish
Product Dimensions |
Imperial | Metric |
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| Width | 0 null | |
| Length | 0 null | |
| Height | 0 null | |
| Center Hole Diameter | 1 in | 25.4 mm |
Shipping Dimensions |
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| Weight | 3.17025 lb |
|---|---|
| Length | 8.62205 in |
| Width | 8.62205 in |
| Height | 2.6378 in |
| Maximum Speed | 5,500 rpm |
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PRODUCT FAQ
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What is the Scotch-Brite™ Laser Braze Finishing Wheel used for?
The Scotch-Brite™ Laser Braze Finishing Wheel is designed to provide a smooth and consistent finish on metal surfaces during laser braze processing.
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How big is this wheel?
This wheel measures 8 inches in diameter, 4.5mm in thickness, with a standard arbor hole of 1 inch.
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Is it easy to install?
Yes, it should be easy to install if you have the proper tools attached to your equipment since this finishing wheel has a hub for quick mounting onto right angle grinders.
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. What about its durability?
. These wheels are durable and long-lasting due to their high-quality construction materials making them versatile enough for both light and heavy-duty applications while providing less downtime as they require fewer changeovers or replacements helping lower the cost of usage over time without compromising quality .
The Scotch-Brite™ Laser Braze Finishing Wheel is a crucial tool in the automotive industry, specifically for leveling and finishing metal parts assembled by laser brazing. Laser brazing is a recent development in the industry where body panels are brazed together with silicon bronze. The resulting brazed surface is then blended to create a more uniform segment. The Scotch-Brite™ Laser Braze Finishing Wheel removes excess metal and finishes the brazed parts, making them as clean and smooth as the attached surfaces. This creates a more uniform and futuristic look.
The Many Benefits of Open Web AbrasivesScotch-Brite™ industrial abrasives are unique due to their nonwoven technology. The combination of fiber strands, resin, and abrasive mineral in the Scotch-Brite™ Laser Braze Finishing Wheel forms a durable web. The spring-like nature of the fibers responds to contours and effectively removes unwanted burrs, soils, and contaminants while maintaining the geometry of the workpiece. This reduces rework and boosts productivity. Gaps in the web allow swarf to escape, so debris does not clog the mineral. Fibers in the web continually break down with use to reveal fresh mineral for exceptional consistency, superior cut performance, and extremely long service life. Scotch-Brite products may enhance productivity while reducing the need for cleaning chemicals and wire brushes. From aesthetic finishing to weld blending, deburring, and more, Scotch-Brite abrasives work fast and deliver consistent results, part after part.
3M™ Precision Shaped GrainThe non-woven strands of the Scotch-Brite™ Laser Braze Finishing Wheel are filled with 3M™ Precision Shaped Grain. This technology delivers improved output on light to heavy stock removal, allowing operators to finish tasks faster. The grain wears evenly and stays sharp, ensuring extended high performance in production applications. Abrasives with 3M™ Precision Shaped Grain last significantly longer than their conventional ceramic counterparts, making them a cost-effective solution for production applications.
