Clamping knob DIN 6336-NI-50-M8-E Z047792
Catalog numbers:
- DIN 6336-NI-50-M8-E
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Clamping knob DIN 6336-NI-50-M8-E Z047792
Clamping knobs – precision and reliability in every detail
The DIN 6336-NI-50-M8-E clamping knob is a standard machine part, designed for precise and secure fastening. Made of stainless steel, it guarantees corrosion resistance and long-lasting reliability even in harsh industrial conditions. This is an ideal solution for both professional installers and end-users who value quality and durability.
Design and application
This knob is widely used in machines and industrial equipment where manual tightening and fastening of elements are required. Its design based on the DIN 6336 standard ensures compatibility with various mounting systems. The stainless steel it is made of makes the knob resistant to moisture, chemicals, and extreme temperatures. This is crucial in industrial environments where components are exposed to intensive use and adverse weather conditions.
- Versatility: Ideal for use in mechanical engineering, laboratory equipment, and applications requiring frequent adjustment and fastening of elements.
- Durability: Made of stainless steel, ensuring corrosion resistance and long-term operation.
- Ergonomics: Allows for a comfortable grip and precise tightening, which translates to work efficiency.
- Standardization: Compliance with DIN 6336 guarantees interchangeability with other elements meeting this standard.
Advantages for professionals and end-users
The DIN 6336-NI-50-M8-E clamping knob is an investment in quality and reliability. For installers, this means easy installation and reliable operation, and for end-users – trouble-free operation for a long time. By choosing this product, you gain an element made with attention to every detail that will meet the expectations of even the most demanding customers. ELESA+GANTER is renowned for the high quality of standard machine elements – this is a guarantee of solidity and precision of execution.

