What is BS EN ISO 4017:2012?

BS EN ISO 4017:2012 is a professional technical standard that specifies the characteristics of hexagon head screws with threads from M1.6 to M64. It is part of the ISO 4017 series, which provides guidelines for various types of screws used in different industries.

Key Features of BS EN ISO 4017:2012

1. Hexagon Head Design: One of the distinguishing features of BS EN ISO 4017:2012 is its hexagon head design, which allows for easy installation and removal using conventional tools like wrenches or sockets.

2. Threaded Fastening: Another important feature of this standard is the threaded fastening mechanism. The threaded portion of the screw allows it to securely hold two or more components together, providing mechanical strength and stability.

3. Size Range: BS EN ISO 4017:2012 covers a wide size range, starting from small screws with an M1.6 diameter up to larger screws with an M64 diameter. This ensures that there is a suitable screw available for various applications.

Applications of BS EN ISO 4017:2012

BS EN ISO 4017:2012 is widely used in different industries, including automotive, construction, electronics, and machinery manufacturing. It is commonly employed in assembling components, securing structures, and maintaining the integrity of various systems.

These screws can be found in automobiles, where they are used in engine assemblies, chassis, and other critical parts. In construction, they are used for fixing beams, frames, panels, and other structural elements. The electronics industry uses these screws for securing circuit boards, while the machinery sector relies on them for assembling heavy equipment.

The versatility of BS EN ISO 4017:2012 makes it an essential standard across various sectors, ensuring the proper assembly and functionality of countless products and structures.

Conclusion

BS EN ISO 4017:2012 is a crucial technical standard for hexagon head screws used in different industries. Its hexagon head design, threaded fastening mechanism, and wide size range make it versatile and suitable for various applications. Understanding and adhering to this standard is essential for ensuring the reliability and safety of assembled components and structures.