22A072 - Walter Replacement Mandrel Screw 5/32-32 Thread

Genuine Walter Replacement Hardware for Precision Finishing

The Walter 22A072 Replacement Screw is a critical component for maintaining the safety and functionality of your Walter Surface Technologies abrasive setups. Designed with a special 5/32-32 thread pitch, this screw is engineered to fit specific Walter mandrels and arbors, including the A-716 and A-718 series. In industrial environments, the integrity of your tools is paramount, and using the correct fastener is essential to prevent equipment damage and ensure operator safety.

Standard screws often lack the specific thread count or tensile strength required for high-speed abrasive applications. The 22A072 is manufactured to Walter's exacting standards, ensuring it can withstand the vibrations and torque associated with grinding, blending, and finishing operations. Whether you are replacing a lost screw or performing routine maintenance on your shop's tooling, this OEM part restores your equipment to its original factory specifications.

This screw is specifically compatible with a range of Walter mounting accessories. It serves as the retaining fastener that holds abrasive wheels, brushes, or discs securely onto the mandrel. A loose or incorrect screw can lead to wheel slippage, poor finish quality, or even dangerous detachment. By choosing the genuine 22A072, you ensure a tight, secure fit that maintains the balance of the tool, resulting in smoother operation and longer consumable life.

Key Technical Aspects:

• Thread Specification: The 5/32-32 thread is a non-standard, fine pitch designed for superior holding power in compact assemblies.
• Durability: Made from high-grade steel to resist stripping and wear during frequent tool changes.
• Fitment: Guaranteed compatibility with Walter mandrels listed in the applications section, eliminating guesswork.

Invest in the longevity of your tools by using only genuine Walter replacement parts. The 22A072 screw is a small but vital investment in the reliability of your surface finishing processes.