Dynabrade 56234 Disc Backing Pad, 8 Inch PSA, Non Vacuum, Urethane Vinyl
- The Dynabrade 56234 disc backing pad is designed for use with random orbital sanders to deliver smooth, consistent sanding results. This 8 inch non vacuum pad features PSA attachment and urethane vinyl construction for durability and balanced performance.
- Features:
- 8 inch backing pad provides stable support for sanding discs and consistent surface coverage
- PSA attachment system allows secure adhesion and quick disc changes for improved efficiency
- Urethane vinyl construction delivers durability and extended pad life during repeated use
- Precision balanced design helps produce swirl free finishes for professional results
- Designed specifically for Dynabrade random orbital sanders ensures optimal compatibility and performance
- Specifications:
- Manufacturer: Dynabrade
- Part Number: 56234
- MPN: 56234
- UPC: 0616026562349
- Product Type: Disc Backing Pad
- Diameter: 8 inch
- Thickness: 3/8 inch
- Material: Urethane Vinyl
- Attachment Type: PSA
- Hole Pattern: 5 hole
- Maximum Speed: 10000 RPM
- Vacuum Type: Non vacuum
- Application: Sanding and surface finishing
- System Compatibility: Designed for use with Dynabrade random orbital sanders and PSA sanding discs
- The Disc Backing Pad can also be referred to as sanding backing pad, orbital sander pad, PSA backing plate, sanding pad, and random orbital backing pad.
Dynabrade is a manufacturer of precision engineered abrasive power tools and accessories used in automotive and industrial applications. The company is known for producing high performance sanding and finishing equipment designed for durability and consistent results.
Q: What type of sanding discs does this pad use?
A: It uses PSA sanding discs that adhere directly to the pad surface.
Q: Is this backing pad compatible with vacuum systems?
A: No, this is a non vacuum backing pad designed for standard sanding applications.
Q: What machines is this pad designed for?
A: It is designed for use with Dynabrade random orbital sanders for optimal performance.
