Knurled knob GN 536-24-M6-MT Z040648

Product features

• High precision and functionality in every detail

The knurled knob GN 536-24-M6-MT is a component from the range of standard machine parts, manufactured by the renowned company ELESA+GANTER. It is used for manual control of devices, precise adjustment of settings and convenient mounting of elements. Made of high-quality stainless steel, it guarantees durability and corrosion resistance, making it an ideal choice for both indoor and outdoor applications.

Design and materials

The knob is characterized by a knurled surface, providing a firm grip even in wet or dirty conditions. Made of stainless steel, it is resistant to many chemical substances and mechanical damage. It has a metric M6 thread with a length of 9 mm, which allows for easy mounting in various structures. Additionally, the knob has a threaded sleeve, which ensures a stable and secure connection. The knob diameter is 24 mm, which ensures comfortable operation.

Applications and benefits

• Precise control: The knurled surface allows for precise setting and adjustment of machine and device operating parameters.
• Durability and resistance: Stainless steel construction ensures long-term operation even in harsh environmental conditions.
• Versatility: Wide range of applications - from laboratory equipment to industrial machines.
• Easy installation: Metric M6 thread facilitates quick and secure mounting in standard threaded holes.
• Ergonomics: The knob diameter has been selected to provide a comfortable grip and ease of use.
• Aesthetics: The elegant appearance of the knob enhances the aesthetic value of the device or machine.

The GN 536-24-M6-MT knob is a proven element that will find application in many industrial sectors, as well as in workshops and laboratories. Its solid construction and precise workmanship guarantee reliable operation for a long time. It is an ideal solution for professionals looking for high-quality components for their projects and for end-users who value durability and functionality.