3M Diamond Slurries, Compounds, Minerals, Lapping Film, DIAMOND SUSP
3-M-WSS 301 8 OZ BOTTLE WENDT 176130-301-07

3M Products & Supplies

3M Diamond Slurries, Compounds, Minerals, Lapping Film, DIAMOND SUSP 3-M-WSS 301 8 OZ BOTTLE WENDT 176130-301-07

Name: 3M Diamond Slurries, Compounds, Minerals, Lapping Film, DIAMOND SUSP 3-M-WSS 301 8 OZ BOTTLE WENDT 176130-301-07
Brand: 3M Products & Supplies
SKU: 7010482548
Price: 99.56 USD
Availability: InStock

SKU: 7010482548

MPN: 7010482548

Lead Time: 10 working days.

UPC: 00051125757416

3M ID: 65300004804

5 Digit UPC: 75741

Manufacturer: 3M

Shelf Life: 547 Days

Country of Origin: USA

Abrasive Material: Diamond

$99.56 each

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Product Description
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Product Description

3M Diamond Slurries and Compounds represent the pinnacle of precision manufacturing, designed for superior material removal and finishing results. With the enhanced lapping film and diamond suspension capabilities, these products are ideal for applications that demand the utmost in surface integrity and finish quality.

Available in a convenient 8 oz bottle, the 3-M-WSS 301 is specifically engineered to provide optimal performance. This high-quality diamond slurry is formulated to deliver consistent results, ensuring ease of use and precision in every application. Ideal for industries ranging from aerospace to electronics, these compounds are perfect for achieving fine surface finishes on hard and brittle materials.

High-performance 3M Diamond technology for outstanding material removal
Formulated for a wide range of applications from lapping to polishing
Convenient 8 oz bottle for easy handling and application
Compatible with various lapping films and polishing pads
Designed for use on hard substrates such as ceramics, composites, and metals

Elevate your finishing processes with 3M Diamond Slurries and Compounds. Experience the unbeatable combination of quality, efficiency, and precision that professionals trust. Equip your workshop with the very best to tackle even the most sophisticated requirements in material processing.