Import 43231 M4x0.7 Cheese Head Slotted Machine Screw 25mm

Product Description

The IMPORT 43231 is a metric machine screw with an M4x0.7 thread, a cheese head, and a slotted drive. The length under head measures 25.00 mm. The fastener is manufactured from steel with a zinc finish and meets Grade 4.8 strength requirements. It conforms to DIN 84 and ISO 1207 standards. This screw is suited for general mechanical assembly, light fabrication, and equipment maintenance applications. Licensed electricians, HVAC technicians, and mechanical tradespeople commonly use fasteners of this type when securing panels, brackets, and components in metric-specified equipment.

This fastener is appropriate for metric assembly applications requiring an M4 thread pitch of 0.7 mm. The cheese head profile provides a low-profile cylindrical head with a flat bearing surface, making it well suited for clearance-limited panel and enclosure work. The slotted drive is compatible with standard flat-blade screwdrivers. This screw is sold individually with a minimum order quantity of 50 pieces per order, making it practical for service inventory stocking.

Key Features

• M4x0.7 metric thread, 25.00 mm length under head
• Cheese head profile per DIN 84 and ISO 1207
• Slotted drive for flat-blade screwdriver installation
• Steel construction with zinc finish for corrosion resistance in general service
• Grade 4.8 material strength rating
• No washer — clean bearing surface direct to work piece

Compatibility

Designed as a standard DIN 84 and ISO 1207 metric machine screw for general mechanical assembly applications requiring an M4x0.7 thread and 25.00 mm length under head.

Installation Notes

Install with a flat-blade screwdriver sized appropriately for the slotted head to avoid cam-out and head damage. De-energize and lock out any electrical equipment before replacing or installing fasteners in live assemblies. Do not exceed the torque capacity appropriate for Grade 4.8 fasteners in the mating material. Verify thread engagement depth in the receiving component before final tightening.