Description

Polishing Compound; Finesse-It ™; Used To Remove Swirl Marks/ Minor Scratches And Light Oxidation While Producing A Wet Look Finish On Fiberglass/ Gelcoat And Painted Surfaces; Liquid; White; 1 Pint Bottle; Single

Attributes:

Used For: Swirl Marks/ Minor Scratches And Light Oxidation While Producing A Wet Look Finish On Fiberglass
Type: Liquid
Color: White
Unit Size: 1 Pint
Unit Type: Bottle
Unit Quantity: Single

Features & Benefits:

3M Precision-Shaped Grain (PSG) Maintains Super-Sharp Points That Cut Exceptionally Fast With Less Pressure
?Disc Life Is Significantly Longer, Completing More Parts Per Disc And Requiring Fewer Disc Changes
?Grinding Aid Incorporated On The Disc Minimizes Grinding Temperatures For Stainless Steel And Other Heat-Sensitive Alloys
?Roloc ™ Quick Attachment System Provides For Easy Disc Changes Between Grades Or Applications
?Backing Supports Medium To High Pressure Grinding Applications And 2-Ply Construction Provides Added Durability For Edge Work
No Supplier Warranty

About Product:
3M ™ Cubitron ™ II Roloc ™ Durable Edge Disc 984F offers a superior solution for tackling medium to high pressure grinding applications when a smaller-sized disc is needed. It excels in stainless steel, cobalt chrome, and nickel alloy applications. To save time and increase throughput, our 3M ™ Cubitron ™ II Roloc ™ Durable Edge Disc 984F combines the convenience of the 3M ™ Roloc ™ Quick-Change Attachment System with 3M proprietary Precision-Shaped Grain (PSG) technology, delivering outstanding cut rates and disc life. For long life and durability, we used a laminated 2-ply polyester backing for wear-resistance in edge work. Because PSG contributes to an exceptionally high cut-rate with less pressure, operators can finish tough tasks faster and with less fatigue. A grinding aid incorporated on the disc makes this an outstanding product for all types of metal—it helps keep the disc cooler on stainless steel and heat-sensitive metals such as nickel alloys and titanium, thereby reducing metal discoloration/oxidation and the chance of heat-related stress cracks.