Nine Inch Drywall Sandpaper Sanding Disc, 150 Grit For Smooth Finishing

Experience efficient and precise sanding with the 150 grit drywall sandpaper disc, now available at Necedah True Value in Necedah, WI. Designed specifically for drywall applications, this 9-inch velour-backed sanding disc offers a reliable solution for smoothing surfaces and preparing walls for finishing. Whether you are a professional contractor or a DIY enthusiast in Necedah, this sanding disc is an essential tool for achieving a flawless finish.

• 150 grit abrasive: Provides the ideal level of coarseness for drywall sanding, helping to remove imperfections and create a smooth surface.


• No hole design: Ensures compatibility with a variety of sanding tools while minimizing dust infiltration during use.


• 9-inch velour backing: Offers durability and flexibility, allowing the disc to conform to surfaces and maintain consistent contact.


• Reusable foam back up pad compatibility: Designed to be used with the TV# 574-705 reusable foam back up pad, enabling easy removal and reuse of the pad for cost-effective sanding.


• Fits Porter Cable #7800 dustless sander: Perfectly compatible with this popular dustless sanding tool, making it a practical choice for users in Necedah who own this equipment.

This drywall sandpaper disc is ideal for a variety of projects around Necedah, from smoothing newly installed drywall to refinishing walls during remodeling. Professionals can rely on its consistent grit and backing to achieve high-quality results, while homeowners can use it to tackle patching and repair jobs with ease. Its compatibility with reusable foam back up pads also makes it an environmentally friendly and economical choice for repeated use.



In summary, the 150 grit drywall sandpaper disc with velour backing is a practical and efficient sanding accessory that enhances your drywall finishing process. Available at Necedah True Value in Necedah, WI, it is a valuable addition to any sanding toolkit, helping you achieve smooth, professional-grade surfaces every time.