Value Collection C30131 M6 Pan Head Phillips Machine Screw 50pk

Product Description

The VALUE COLLECTION C30131 is a metric pan head machine screw with a Phillips drive, manufactured from grade 18-8 A2 stainless steel with a bright uncoated finish. The M6x0.10 thread and 16mm length under head make this a standard fastener for light to medium mechanical assemblies. Conforming to JIS-1111 fastener standards, this screw is suited for applications where corrosion resistance and a clean, low-profile head are required. Sold in a package of 50, this screw is a practical stock item for maintenance, fabrication, and production environments where metric fasteners are regularly consumed.

This machine screw is used in a wide range of industrial, mechanical, and equipment assembly applications. The pan head profile provides a broad bearing surface and works well in through-hole or tapped hole installations where a flat or flush head is not required. The Phillips drive is compatible with standard power and hand tools. Typical installers include millwrights, maintenance technicians, and assemblers working with metric-spec equipment, enclosures, panels, and fixtures.

Key Features

• M6x0.10 metric thread size for use in standard M6 tapped holes
• 16mm length under head for consistent grip depth in typical panel and bracket applications
• Grade 18-8 A2 stainless steel construction for corrosion resistance in damp or outdoor-adjacent environments
• Pan head profile provides a wide bearing surface without requiring a countersunk hole
• Phillips drive compatible with standard power screwdrivers and bit sets
• JIS-1111 fastener standard compliance for metric application accuracy
• Bright uncoated finish — no plating to flake or degrade over time

Compatibility

Designed for use in any application requiring an M6x0.10 pan head Phillips machine screw per JIS-1111 standards. Suitable for tapped holes or use with an M6 nut in through-hole assemblies.

Installation Notes

Install using a standard Phillips bit sized for M6 fasteners to avoid cam-out and head damage. Verify thread engagement depth before final torque to ensure full thread contact in the receiving material. Do not overtighten stainless steel fasteners, as galling can occur — apply an anti-seize compound if the mating material is also stainless steel. Power down or de-energize any electrical enclosure or panel before fastener work near live components.