Value Collection 832026PR M4 X 0.70 X 12 Mm Set Screw

Product Description

The VALUE COLLECTION 832026PR is an M4 x 0.70 x 12 mm flat point set screw manufactured from alloy steel to Grade 14.9 (45H). This headless fastener is driven by a 2 mm hex key and features a black oxide finish that provides moderate corrosion resistance and reduces light reflection in finished assemblies. The flat point design distributes clamping force across the mating surface without marring or indenting softer materials, making it suitable for securing collars, hubs, and pulleys on shafts where surface preservation matters. Licensed fastener technicians, machinists, and maintenance mechanics install this type of screw in light to medium industrial applications.

This set screw conforms to DIN 913 and ISO 4026 dimensional standards, making it a metric-standard choice for equipment manufactured or designed to European or international specifications. Typical applications include shaft collars, gear hubs, bearing retainers, and adjustable mechanical stops in industrial machinery, HVAC equipment, and similar assemblies where a headless fastener is required to sit flush with or below the surface. It is sold in multiples of 100 pieces, with individual package quantity of 1.

Key Features

• Grade 14.9 (45H) alloy steel construction for high tensile and torsional strength
• Flat point distributes load evenly and minimizes shaft surface damage
• Black oxide finish reduces corrosion in dry to mildly humid environments
• 2 mm hex key drive for precise torque application in tight spaces
• Conforms to DIN 913 and ISO 4026 for dimensional interchangeability
• Metric thread M4 x 0.70 pitch suits internationally dimensioned components

Compatibility

Designed as a standard DIN 913 and ISO 4026 metric set screw for use in any M4 x 0.70 threaded blind hole requiring a flat point, headless fastener.

Installation Notes

Installation is typically performed by machinists or maintenance mechanics using a calibrated 2 mm hex key or hex bit driver. De-energize and lock out any rotating equipment before installing or adjusting set screws on shafts or hubs. Verify thread engagement depth against the component wall thickness to avoid bottoming out before full clamping force is achieved. Follow applicable equipment manufacturer specifications for proper seating procedures.