Walter Replacement Screw for Line-Mate Clamping Flange

Keep Your Line-Mate Running Smoothly

Don't let a lost or stripped screw bring your production to a halt. The Walter 48-S-010 is the authentic replacement screw for the clamping flange on your Walter Line-Mate linear finishing tool. Whether you are applying a sanitary stainless steel finish, removing scratches, or polishing aluminum, your Line-Mate is a workhorse that deserves the best parts. This screw is the small but mighty component that holds everything together, securing your abrasive drums to the machine so you can work with confidence.

We know that in a busy shop, small parts can sometimes get misplaced during wheel changes, or heads can get stripped after years of heavy use. This replacement screw is identical to the one that came with your tool, ensuring a perfect fit without any guessing games. It is made from durable steel to handle the torque required to keep your finishing wheels from slipping, even under heavy pressure. Keeping a spare 48-S-010 in your toolbox is a smart move for any professional fabricator, ensuring that you can always swap out abrasives quickly and get back to the job at hand.

Why Choose Genuine Walter Parts?

When it comes to power tools, fit and finish matter. A screw that is slightly too long, too short, or made of inferior metal can damage your expensive equipment or pose a safety hazard. The 48-S-010 is manufactured by Walter Surface Technologies to meet the rigorous demands of industrial environments. It ensures that your clamping flange seats correctly every time, maintaining the tool's balance and preventing the wobble that ruins linear grain finishes.

Easy Installation

Installing this replacement screw is straightforward and requires only the standard tools typically used with your Line-Mate system. Simply remove the old or damaged screw, place your clamping flange and abrasive wheel on the arbor, and tighten the new 48-S-010 securely. It's a quick fix that protects your investment and ensures your finishing tool performs at its peak potential for years to come.