Value Collection 44489 M10x1.5x70mm Cap Screw Din 931

Product Description

The Value Collection 44489 is a metric hex head cap screw designed for general industrial fastening applications. It features an M10 x 1.50 thread form with a 70 mm length under the head and is manufactured from Grade 10.9 steel, indicating a high-strength fastener suitable for structural and mechanical assemblies. The zinc-plated finish provides baseline corrosion resistance in indoor and light-duty outdoor environments. The screw is partially threaded per DIN 931 specification and uses a 16 mm hex drive. Licensed tradespeople and maintenance technicians working with metric fastener systems will find this a standard fit for a wide range of bolted joint applications.

This fastener is used in mechanical, industrial, and equipment assembly applications where metric thread standards are required. The DIN 931 partial-thread profile is commonly specified in European-standard machinery, automotive equipment, and structural steel connections. Installations range from equipment frames and bracket mounting to motor and machinery base plate fastening. Sold in a package quantity of 25 per unit.

Key Features

• M10 x 1.50 metric thread, 70 mm length under head
• Grade 10.9 high-strength steel construction
• Zinc-plated finish for corrosion resistance
• Partially threaded per DIN 931 standard
• 16 mm hex drive head
• Package quantity of 25 pieces per order unit

Compatibility

Designed as a DIN 931-compliant M10 x 1.50 partially threaded hex head cap screw, compatible with standard metric M10 threaded holes and nuts in industrial, mechanical, and structural applications.

Installation Notes

Installation of Grade 10.9 fasteners should be performed by qualified tradespeople following applicable equipment manufacturer specifications and relevant standards. Use a properly sized 16 mm open-end, box-end, or socket wrench to drive the fastener. Always ensure mating threads are clean and undamaged before assembly. Do not mix metric and unified thread fasteners in the same assembly.