Abracs PSA Backing Pads 150mm x 5/16 UNF Thread

Abracs PSA Backing Pads 150mm x 5/16 UNF Thread

The Abracs PSA Backing Pads 150mm x 5/16 UNF Thread deliver a reliable and efficient solution for a wide range of sanding and polishing tasks. Designed to work seamlessly with various power tools, these backing pads ensure a secure fit and excellent performance every time.

• Diameter: 150mm
• Thread size: 5/16 UNF
• Attachment type: PSA (Pressure Sensitive Adhesive)
• Compatible with assorted abrasive discs
• Durable construction for extended use

Compared to industry standards and previous models, the Abracs PSA Backing Pads offer a significant improvement in ease of use and security. While many backing pads require clamps or additional fasteners, these pads utilise a PSA attachment system that simplifies and speeds up disc changes. The widely used 5/16 UNF threaded fitting guarantees broad compatibility with many professional sanding and polishing machines. Earlier generations of backing pads often suffered from weak adhesive bonding and less robust thread engagement, which this model effectively addresses for enhanced reliability.

Key Technical Advantages:

• Quick and straightforward disc changes thanks to the PSA attachment system
• Strong adhesion minimising disc movement during operation
• Robust 5/16 UNF threaded fitting for a secure connection to power tools
• Compatible with a variety of abrasive materials for versatile surface finishes
• Durable build quality that supports longer service life under demanding conditions

Technology and Performance

Manufactured to exacting standards, these backing pads offer consistent balance and minimal vibration, contributing to a smoother sanding experience. The PSA backing ensures even pressure distribution across the abrasive surface, improving sanding efficiency and achieving a high-quality finish. The universal 5/16 UNF thread size further enhances versatility, making the Abracs PSA Backing Pads 150mm x 5/16 UNF Thread an essential tool for workshops and industrial environments alike.