Hex Head Bolt Niczuk M10 x 60 mm, metric hexagonal screw, steel fastener

Hex Head Bolt Niczuk M10 x 60 mm is a metric M10 x 60 millimetre hexagonal screw designed for general fastening applications. This steel fastener serves as a threaded connection element for assemblies in metal, wood or composite materials where a reliable M10 bolt is required. It is supplied individually, suitable for through-bolting or clamping with a nut and washer, and is intended for standard mechanical and structural joining tasks.

Advantages

The hex head design provides a large contact area for wrench or socket driving, enabling secure torque transfer and straightforward installation. Being a steel fastener, it offers mechanical strength appropriate for common assembly and repair operations. The metric M10 x 60 dimensions make it compatible with widely used nuts, washers and tapped holes, simplifying part selection and replacement.

Suitable for

• Machinery assembly and maintenance
• Construction brackets and fixtures
• Mounting components in metal or timber structures
• General repairs and retrofit work

Key specifications

• Thread size: M10
• Length: 60 mm (measured from under head to end of shank)
• Head type: hexagonal head for wrench or socket
• Material: steel
• Drive: external wrench/socket engagement

How to use

Select an appropriately sized nut and washer or a compatible threaded hole for M10. Insert the bolt through aligned parts and engage the nut on the opposite side, or thread into the tapped hole. Tighten using a correctly sized spanner or socket, applying torque suitable for steel M10 fasteners and the specific joint design. Check alignment before final tightening and avoid cross-threading. For clamped assemblies, use washers to distribute load and protect surfaces.

Usage recommendations

For reliable joints, match bolt strength and coating to the application environment; consider using a suitable grade of mating nut and appropriate torque values recommended for M10 steel fasteners. Where exposure to moisture or corrosive conditions is expected, select complementary corrosion-resistant components or protective coatings.