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Masori M12 hexagon nuts DIN 934 galvanized Nut
Masori

M12 hexagon nuts DIN 934 galvanized

Nut

Technical Highlights

  • Performance in property class 50, metric ISO thread, M12.
  • Drive size 19, diameter 12 mm, height 10 mm.
  • Stainless steel A2, thread pitch 1.75 mm, color silver.
  • More technical details
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Normal price €1,32
Normal price -30% €1,89 Selling price €1,32
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Apr 3, - Apr 4,
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M12 hexagon nuts DIN 934 galvanized by Masori

The M12 hex nuts DIN 934 galvanized by Masori are nuts with a hex drive and drive size 19. They feature a metric ISO thread with a thread nominal size of M12, right-hand thread, and a thread pitch of 1.75 mm. The strength class is 50, the product class C. Material group stainless steel of material type A2, surface galvanized, color silver. The height is 10 mm, the diameter is 12 mm. Standards: DIN 934 and ISO 4032.

Features
  • Nut
  • Hex drive
  • galvanized
  • color silver
  • Material group stainless steel
  • Material type A2
  • DIN 934
  • ISO 4032
  • Thread type metric ISO thread
  • Thread nominal size M12
  • Thread direction right-hand thread
  • Strength class 50
  • Product class C
Technical Data
  • Drive size 19
  • Diameter 12 mm
  • Height 10 mm
  • Thread pitch 1.75 mm

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Frequently Asked Questions about M12 hexagon nuts DIN 934 galvanized


What are the dimensions of the M12 hex nuts DIN 934 galvanized?

The dimensions of the M12 hex nuts made of stainless steel are 12 mm in diameter and 10 mm in height. Designed for metric ISO threads with a thread pitch of 1.75 mm, these nuts offer precision and reliability. The drive size is 19, which is optimal for applications such as LTO lithium cells. The thread direction is specified as right-hand thread. The precise thread type ensures a consistent and secure connection. These nuts are designed for use in demanding mechanical connections and meet the requirements of DIN 934.

What material group and material type does the galvanized M12 hex nut have?

The M12 hex nut from Masori is made from the material group stainless steel and belongs to material type A2. This stainless steel is known for its combined resistance to corrosion, strength, and toughness, especially in outdoor applications. The galvanization provides additional corrosion protection, which is particularly advantageous in humid environments. Therefore, the M12 hex nut is suitable for a wide range of applications that require high load capacity and durability. Especially in screw connections with supercaps, this stainless steel is optimal due to its high-quality material properties.

For which applications are the M12 hex nuts optimally suited?

The M12 hex nuts DIN 934 are specifically designed for applications with LTO lithium cells and supercaps. Their high precision and the precise metric ISO thread type ensure secure and durable connections. The combination of stainless steel and a strength class of 50 allows their use in mechanical connections that require high strength. Particularly in electromobility and energy technology, where supercaps are used, their properties are ideal for achieving stable connections. The drive size of 19 and the silver finish support their professional use.

What strength class do the M12 hex nuts from Masori have?

The M12 hex nuts have a strength class of 50, making them particularly resistant to mechanical stress. This class is an indicator of their deformation and fracture resistance. In applications where strong mechanical tensile and compressive forces occur, these nuts provide a stable and secure connection. Together with the metric ISO thread and a thread pitch of 1.75 mm, their connection allows for durable and efficient performance. Their high strength is especially in demand in applications that require a reliable connection over extended periods.

How does the metric ISO thread affect the function of the M12 hex nut?

The metric ISO thread of the M12 hex nut enables a precise and uniform screw connection. It offers a standardization that ensures hassle-free assembly and disassembly. The thread pitch of 1.75 mm and the right-hand thread direction optimize interaction with compatible threaded bolts or screws, ensuring clamping force and stability. This mechanical precision is crucial to meet the demands in connection with LTO lithium round cells and supercapacitors. The metric ISO thread ensures that the nuts remain firmly and securely mounted.

What role does the drive size of the M12 hex nut play in compatibility?

The drive size of 19 of the M12 hex nuts is crucial for their compatibility and application. This size allows for use with common tool systems, ensuring easy installation and removal in mechanical assemblies. For example, the drive size fits standard wrenches, increasing the versatility of the nuts. The specified size facilitates integration into existing systems, especially where specific requirements for the drive size are set. This universal size can be flexibly adapted, making the nuts the ideal choice for complex components in energy technology.

What function does the galvanization of the M12 hex nut serve?

The galvanization of the M12 hex nut provides increased corrosion protection and significantly extends its lifespan. This process applies a zinc layer over the stainless steel material, acting as a barrier against environmental influences such as moisture and temperature fluctuations. As a result, the nut remains resilient and functional even under harsh conditions. Its silver color, resulting from the finishing process, further contributes to the protective effect and offers aesthetic advantages in applications where visible fasteners are used. This protection is particularly important when used in energy-intensive technologies.

What does the strength class 50 mean for the M12 hex nuts in practical applications?

The strength class 50 of the M12 hex nuts means that they have a medium tensile strength, making them particularly versatile for various applications. In practical applications such as securing supercaps in heavily loaded systems, they provide enough resilience to absorb mechanical stresses and prevent failures. The strength class offers a compromise between flexibility and stability, ensuring that the nuts function efficiently in systems with varying loads. This makes them suitable for applications that do not have extremely high strength requirements but still require solid performance.

How do you install M12 hex nuts for the best results?

For optimal installation of the M12 hex nuts, it is important to use the right tool that fits the drive size 19. The assembly is done by turning clockwise in a right-hand thread configuration. Ensuring that the metric ISO thread is clean and free of obstructions guarantees the best results. The nuts should be tightened gently and evenly to avoid damage to the connection. The precise thread pitch of 1.75 mm allows for exact adjustments to ensure the required tension. Regular checks after installation can help maintain connection security.

What advantages does the silver color of the M12 hex nut offer?

The silver color of the M12 hex nut is not only aesthetically pleasing but also functional. The coloring results from galvanization and provides additional corrosion protection. In applications where visible components are important, the silver surface can help maintain a consistent design language. Aside from the visual aspect, the reflective surface can also help reduce heat absorption from sunlight, which can be beneficial in certain outdoor applications. These properties make the M12 hex nuts particularly suitable for industrial applications.

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