Quick Change Discs (3,000+ items) - Page 58
Precision Surface Conditioning Disc, Heavy Duty, 7 in dia, NH, X-Extra Coarse, 60 Grit, 8600, 25PK
Quick Change Surface Conditioning RC Disc, 2 in dia, 20000 RPM, Aluminum Oxide, Coarse, 50PK
Precision Surface Conditioning Disc, Heavy Duty, 4-1/2in dia, NH, Medium, 150 Grit, 13300 RPM, 50PK
Precision Surface Conditioning Disc, Heavy Duty, 5 in dia, TN Quick Change, Extra Coarse, 80, 50PK
Quick Change Surface Conditioning GP Disc, 3 in dia, 18000 RPM, Aluminum Oxide, Coarse, 25PK
TYROLIT Premium 3" 80 Grit Type-R Ceramic Grinding Disc for Steel and Stainless Steel, CA-P93 PE Y
Superior Abrasives S Cond HD QC Satin Disc Type S 3" Aluminum Oxide Medium
Walter TWIST COOLCUT XX Sanding Discs, 1 1/2", 36 Grit
Superior Abrasives QC Disc Type R 2" Aluminum Oxide Extra Coarse
Superior Abrasives QC Disc Type S 2" Aluminum Oxide Medium
Walter TWIST COOLCUT XX Sanding Discs, 1 1/2", 60 Grit
About Quick Change Discs
Quick Change Discs, also known as Quick Lok Discs, are versatile abrasive discs used for surface preparation, blending, and finishing. They are designed to provide easy and rapid disc changes to improve productivity and reduce downtime. Quick Change Discs are used in a wide range of industries, from metalworking and woodworking to automotive and aerospace. They are available in different diameters, abrasive types, and attachment systems to meet specific applications and requirements.
Types of Quick Change Discs
Quick Change Discs come in various types, including surface conditioning discs and abrasive discs. Surface conditioning discs are made with non-woven nylon fibers impregnated with abrasive particles, which are ideal for cleaning, deburring, and blending surfaces. Abrasive discs, on the other hand, are made with coated abrasive materials such as aluminum oxide and zirconia alumina, which are suited for grinding, sanding, and finishing. Quick Change Discs can also have different attachment types, such as the popular Roloc and Socatt systems, which allow for quick and secure mounting and removal.
How Quick Change Discs are Made
Quick Change Discs are constructed using advanced manufacturing processes and materials that ensure their durability, performance, and safety. They typically consist of a backing material, an adhesive layer, and an abrasive layer. The backing material can be made of various materials such as plastic, fiberglass, or metal, depending on the application and the level of flexibility or rigidity needed. The abrasive layer is made of abrasive particles bonded to the backing material with resin or other bonding agents, while the adhesive layer serves to attach the disc to the attachment system.
Industries that use Quick Change Discs
Quick Change Discs are widely used in industries such as metalworking, woodworking, automotive, aerospace, and construction. Metalworking professionals use Quick Change Discs for surface preparation, cleaning, and finishing of metal parts and components. Woodworkers use them for sanding and finishing of wood surfaces. Automotive and aerospace technicians use Quick Change Discs for grinding, deburring, and finishing of various parts, including body panels, engine components, and aircraft structures. Construction professionals use them for surface preparation and finishing of concrete, stone, and masonry surfaces.
Find the Quick Change Discs You Need at Zoro
Looking for a specific item? Use our robust search tool to find it by name or keyword, or use our handy filters to narrow down our full assortment. You can also check out our whole selection of abrasives & polishers along with other tools or supplies to ensure you have all you need to tackle the job, especially if you're taking on a DIY project for the first time.
Plus, when you shop at Zoro, you'll always enjoy competitive prices on tons of great brands you know and trust. We make the shopping experience as fast and seamless as possible with free shipping on orders over $50 for registered users, Net 30 payment terms for qualifying customers, and an unparalleled customer service experience.