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48N031 - Walter 1/4-20 to M6 Thread Adapter Fitting

Packaging: 1 per each
$69.20/ea

Usually ships within 3-5 business days

SKU: 48N031 Categories: ,

OVERVIEW

Maximize Tool Compatibility with the Walter 48N031 Adapter

In the diverse world of industrial surface finishing, compatibility between power tools and accessories is paramount. The Walter 48N031 Double-Ended Fitting is a precision-engineered solution designed to bridge the gap between North American and European threading standards. Specifically, this robust adapter converts a standard 1/4"-20 UNC thread to a Metric M6 thread, or vice versa. This capability is essential for workshops that utilize a mix of equipment brands or import specialized abrasive consumables that may not match the native threading of their existing die grinders or polishers.

Manufactured by Walter Surface Technologies, a leader in surface treatment solutions, this fitting is built to withstand the rigors of high-speed rotation and torque. Unlike generic hardware store adapters, the 48N031 is crafted from high-grade steel, ensuring that the threads remain sharp and intact even after repeated changes of backing pads or discs. This durability is critical in preventing thread stripping, which can ruin expensive backing pads or, worse, damage the spindle of the power tool itself. The fitting ensures a secure, concentric connection, minimizing vibration and runout that could otherwise compromise the finish quality on sensitive workpieces.

This double-ended fitting is particularly useful for operators using Walter's extensive line of surface finishing systems. Many specialized backing pads for conditioning discs, flap wheels, or polishing felt may come with a specific thread type. By keeping a supply of 48N031 fittings on hand, tool crib managers can ensure that any accessory can be mated to any available tool, regardless of its origin. It is a small investment that yields significant operational flexibility, preventing downtime caused by the simple lack of a compatible mounting point.

Whether you are adapting a metric backing pad to an imperial spindle or fitting an imperial accessory onto a metric tool, the Walter 48N031 offers a seamless interface. Its compact profile ensures it does not add unnecessary height or bulk to the tool assembly, maintaining the operator's control and the tool's ergonomic balance. For professionals demanding reliability and versatility in their abrasive operations, this genuine Walter accessory is an indispensable component of the toolkit.

Additional Information
Packaging Description:1 per each, 1-per-each
Thread Size:1/4"-20, M6
Accessory Type:Adapter, Double-Ended Fitting
Material:Steel
Compatible Tools:Backing Pads, Die Grinders, Polishing Tools

INCLUDED

  • 1 x Walter Double-Ended Fitting (1/4"-20 to M6)

APPLICATIONS

  • Adapting metric (M6) backing pads to imperial (1/4"-20) power tools.
  • Adapting imperial (1/4"-20) accessories to metric (M6) spindles.
  • Use with die grinders, angle sanders, and polishing tools.
  • Compatible with Walter surface finishing systems and backing pads.
  • General MRO and fabrication shop tool compatibility.

FAQ

The Walter 48N031 features a 1/4"-20 UNC thread on one end and an M6 Metric thread on the other.

It is used to adapt backing pads or abrasive accessories with one thread type to power tools that have the other thread type (e.g., using a metric pad on an imperial tool).

This fitting is manufactured from high-strength steel to withstand the torque and speed of industrial power tools.

Yes, as long as the thread specifications (1/4"-20 and M6) match your tool and accessory, it is universally compatible.

No, it is designed to be compact to minimize runout and maintain the ergonomic balance of the tool.

No, Walter manufactures these from durable materials specifically to resist stripping, provided they are not cross-threaded during installation.

This item is typically sold as a single unit (1 per each).

It can often be hand-tightened into the backing pad, but pliers or a wrench may be needed for removal if it tightens during use.