Value Collection M350D965 M3x0.5 50mm Flat Head Screw

Product Description

The VALUE COLLECTION M350D965 is a metric flat head Phillips machine screw designed for fastening applications that require a flush or countersunk finish. Built to Grade 4.8 steel with a zinc coating for corrosion resistance, this screw meets DIN 965 standards. The M3x0.5 thread and 50mm overall length make it well suited for light to medium-duty assemblies where a low-profile head is required. Installation is straightforward with a standard Phillips driver. Supplied individually, with a minimum order quantity of 50 units per order.

This screw is commonly used in electronic enclosures, mechanical assemblies, panel mounting, and general fabrication work where metric fasteners and a countersunk seating surface are specified. The zinc finish provides a basic level of protection against corrosion in indoor and light-duty environments. It is appropriate for use by technicians, assemblers, and tradespeople working with metric-standard hardware.

Key Features

• Flat head profile allows flush or countersunk seating in mating material
• Phillips drive for use with standard Phillips screwdrivers or bits
• Grade 4.8 steel construction for reliable light to medium-duty clamping strength
• Zinc finish provides basic corrosion protection
• Conforms to DIN 965 fastener standard
• Metric thread M3x0.5 for compatibility with standard M3 nuts and tapped holes

Compatibility

Designed as a DIN 965 standard metric machine screw suitable for M3x0.5 tapped holes and standard M3 nuts across general mechanical and electronic assemblies.

Installation Notes

Installation should be performed with a correctly sized Phillips screwdriver or bit to avoid cam-out and head damage. Ensure the receiving material is tapped or fitted with an appropriate M3x0.5 nut or insert before driving the screw. Do not overtighten, as Grade 4.8 fasteners have lower tensile strength than higher-grade alternatives. Follow applicable assembly specifications for torque requirements based on the joint material and application.