Matthew has been working with tools his entire life. Rebuilding his first engine at 15, he's spent years in the diesel mechanic industry, repaired complex conveyor systems, and mastered hands-on troubleshooting.
Having served as the sole Telebelt mechanic in the Midwest for three years, Matthew possesses deep, practical knowledge of heavy equipment and machinery.
If you’re unsure about what you need, he can walk you through the entire process — from choosing the right tool to securing the best price.
*Please Note: This timeline is an estimate. Certain products may require an additional 1 week for manufacturing. Please speak with your sales rep, Matthew, for official details and confirmation before placing your order.
CALL US FOR THE MOST ACCURATE AND COMPETITIVE LTL SHIPPING RATE, (888) 308-5580
The Klingspor VP73W Stearated A/O, 600 Grit, C-Wt Latex Paper, 6"x 48 Holes, Kling-On abrasive disc is designed for ultra-fine finishing and precision sanding applications where exceptional surface quality is required. Featuring a latex-impregnated C-weight paper backing, premium aluminum oxide grain, resin bond construction, semi-open coating, and a double stearate treatment, this abrasive delivers outstanding durability, reduced loading, and consistent finishing performance. The 48-hole dust extraction pattern promotes efficient dust removal while the Kling-On hook and loop attachment system allows for secure mounting, quick disc changes, and cooler operation during extended sanding sessions.
Fine sanding and finishing of bare wood surfaces before staining or coating.
Automotive refinishing and autobody surface preparation.
Composite material sanding and finishing operations.
Marine industry sanding applications requiring smooth surface quality.
Furniture manufacturing and cabinetmaking projects.
Paint preparation, clear coat leveling, and final finishing procedures.
Professional dust-extraction sanding systems utilizing 48-hole backing pads.
Ideal for achieving exceptionally smooth finishes on wood, composite, marine, and automotive surfaces while minimizing loading and maximizing abrasive life.