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 PS33 Stearated A/O 120 Grit 5" 6 Hole Kling-On Sanding Disc is a professional-quality abrasive disc engineered for demanding sanding applications where reduced loading, efficient dust extraction, and smooth finishing performance are essential. Manufactured with durable aluminum oxide grain, a flexible C-weight paper backing, and a semi-open stearated coating, this sanding disc delivers aggressive stock removal while minimizing clogging and extending abrasive life. The 6-hole configuration improves airflow and dust collection efficiency, making the PS 33 sanding disc ideal for woodworking, automotive refinishing, primer sanding, fiberglass finishing, metal preparation, and industrial surface finishing applications.
Bare wood sanding and woodworking surface preparation
Automotive refinishing and primer surfacer sanding
Paint, varnish, and between-coat sanding applications
Metal sanding and industrial surface preparation
Fiberglass, plastic, rubber, and composite material finishing
Solid surface sanding and finishing operations
Professional orbital sanding systems requiring 6-hole dust extraction patterns
Ideal for sanding environments where anti-loading performance, efficient dust extraction, and smooth finishing results improve productivity and surface quality.