Value Collection NT-M6-10MM-AS M6 X 10 Mm Set Screw

Product Description

The VALUE COLLECTION NT-M6-10MM-AS is an M6 metric set screw designed for secure, non-marring fastening in mechanical assemblies. It features a hex drive socket and a soft nylon tip point that grips without damaging the contact surface. Manufactured from Grade 8 alloy steel, this set screw delivers high tensile and torsional strength suitable for demanding industrial and trade applications. The 10 mm thread length covers the full body of the fastener. It is a standard stock item for maintenance technicians, millwrights, and mechanical contractors who need reliable metric fasteners on hand.

This set screw is used in shaft collar assemblies, mechanical drives, pulleys, gears, and similar components where a threaded fastener must bear against a shaft or surface without gouging or scoring. The nylon soft tip makes it well suited for applications involving polished shafts, soft metals, or surfaces that must remain undamaged after adjustment or removal. It is commonly installed in light industrial equipment, HVAC mechanical components, motor assemblies, and pump or fan drive setups where M6 metric threading is specified.

Key Features

• Hex drive socket for installation with standard hex keys or Allen wrenches
• Nylon soft tip point prevents marring or scoring of contact surfaces
• Grade 8 alloy steel construction provides high tensile strength and durability
• M6 metric thread size with 10 mm full-thread length
• Metric thread standard for compatibility with metric-spec assemblies

Compatibility

Designed as a standard M6 metric set screw for use in any mechanical assembly or component that specifies an M6 hex-drive soft-tip set screw with a 10 mm thread length.

Installation Notes

Installation should be performed by a qualified mechanical technician or tradesperson using the appropriate hex key or Allen wrench for the internal hex drive. De-energize or lock out any equipment before service to prevent movement during fastener installation. Do not overtighten, as excessive torque may deform the nylon tip or damage the mating thread. Verify thread engagement and seating before returning the assembly to service.