Bolt DIN 931 M20x210 10,9 zinc

Overview

The DIN 931 bolt with strength class 10.9 has a hexagonal head and partial metric thread. In this case, the thread covers only part of the shank, while the rest remains smooth, which reduces friction and ensures stability of the connection. The use of DIN 931 bolts is appropriate in situations where high strength and reliability of the connection are important, and the smooth part of the shank allows them to be used as support elements. These bolts are often used in mechanical engineering and construction, where increased breaking and deformation characteristics are required.

Technical specifications

Technical specifications for DIN 931 hexagon head bolts with partial thread, class 10.9, zinc-plated:

Analogues

The DIN 931 10.9 zinc bolt with a hexagonal head and partial thread is an important element in many designs due to its high strength and reliability. This bolt is made of 10.9 grade steel, which provides excellent mechanical properties, including high load resistance and wear resistance.

Key features of DIN 931 10.9 zinc:

• The hexagonal head makes it easy to tighten and remove, making it ideal for use in confined spaces.
• The partial thread allows for efficient load transfer, reducing the risk of thread stripping.
• The zinc coating provides additional protection against corrosion, increasing the durability of the product in wet and aggressive environments.

Analogues for DIN 931:

• GOST 7798-70 - has similar characteristics and a head type with partial metric thread.
• GOST 7805-70 - meets the parameters of DIN 931 and provides similar reliability.
• ISO 4014 - an international standard that is completely identical to DIN 931 in terms of shape, thread, diameters and lengths.
• DIN 601 - another standard describing bolts with partial thread, similar to DIN 931, with corresponding parameters.

Areas of application

DIN 931 bolts with hexagonal heads and partial threads are important fasteners in various industries. Here are some of the main areas of application:

• In construction, they are used to connect structures such as beams, columns and other elements that require reliable fastening with partial threading, which ensures optimum strength at the joints: available in diameters M12-M24 and lengths from 40 to 200 mm.
• In mechanical engineering - used for mounting components subject to dynamic loads, such as brackets, mechanisms and other parts where it is important to avoid rotation.
• In conditions where there is a possibility of corrosion, it is recommended to use zinc-plated versions to ensure long service life in aggressive environments, which increases their resistance to external factors.

DIN 931 bolts are made of high-strength 10.9 grade steel, which guarantees their reliability and durability.

Questions and Answers

Is it worth buying

The DIN 931 hexagon head bolt with partial thread is the ideal choice for those who value quality and reliability. This type of bolt is made of high-strength 10.9 grade steel, which provides excellent resistance to mechanical stress. Available in diameters from M6 to M30 and lengths up to 200 mm, it is suitable for a variety of applications in construction and industry. The zinc coating provides additional protection against corrosion, making it ideal for use in wet conditions. Thus, the DIN 931 bolt will be a reliable element in any structure.

Where it is used

The DIN 931 hexagon head bolt with partial thread is the ideal solution for a variety of industrial applications, especially in construction and mechanical engineering. This bolt is made of 10.9 strength grade steel, which ensures high reliability and durability during operation. Thanks to its zinc coating, it has increased corrosion resistance, making it suitable for use in high humidity and aggressive environments.

Available diameters range from M6 to M30, and lengths can reach 200 mm. DIN 931 bolts are used to connect metal structures, equipment and mechanisms that are subject to significant mechanical loads. Their partially threaded design allows for effective force transmission and ensures connection stability. This type of bolt is indispensable in many areas where precision and reliability of fastening are important.