Knurled knob MBT.50 P-M10x20-C6 Z049487
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Knurled knob MBT.50 P-M10x20-C6 Z049487
Knurled knobs – precision and ergonomics in one
The MBT.50 knurled knob is part of a series of knobs with knurling, designed for comfortable use and precise control. Made of high-impact polypropylene (PP) based technopolymer, it is characterized by durability and resistance to mechanical damage. The knurled surface provides a firm grip, even in demanding working conditions, minimizing hand strain and allowing for maximum torque transfer.
Design and application
The MBT.50 knob has an M10 thread with a length of 20 mm, ensuring stable and secure mounting. This makes it suitable for a wide range of devices and machines where precise adjustment or control is required. The matte finish gives it an aesthetic appearance, and the black color provides good visibility in various lighting conditions. Versions with a colored central cap are also available, allowing the knob to be adapted to specific aesthetic or identification requirements.
Advantages and benefits
- Ergonomic design: the knurled surface makes it easier to grip and reduces hand fatigue during rotation.
- Material durability: made of high-impact polypropylene (PP) ensures long-lasting operation even in harsh conditions.
- Versatility of application: M10x20 thread allows mounting in many devices and machines.
- Aesthetic appearance: black color and matte finish give it a professional look.
- Possibility of personalization: availability of colored central caps allows adaptation to individual needs.
- Resistance to external factors: the technopolymer is resistant to many chemicals and temperatures.
- Control precision: the knob design provides smooth and precise adjustment.
This knob is not only a fastening element, but above all a tool that improves operator comfort and increases the efficiency of device control. Thanks to its solid construction and thoughtful design, it is a reliable solution for professionals and end-users looking for high-quality components.

