Knurled knob MBT.40 P-M8x25-C6 Z049417
Catalog numbers:
- MBT.40 P-M8X25-C6
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Knurled knob MBT.40 P-M8x25-C6 Z049417
Knurled knob – precision and ergonomics in one
The MBT.40 knurled knob is part of a family of knobs with knurling, designed with ergonomics and precise control in mind. Made of high-impact polypropylene (PP) based technopolymer, it is characterized by durability and resistance to mechanical damage. Its construction allows for effective transfer of torque, minimizing operator effort during rotation.
Design and application
This knob has a threaded M8 pin with a length of 25 mm, which ensures stable and secure mounting in devices and machines. The knurled surface makes it easy to grip and operate precisely even in difficult conditions. This makes it suitable for a wide range of industries, from industrial machinery to laboratory equipment and furniture. The matte finish provides comfort and an aesthetic appearance.
Features and benefits
- Ergonomic shape: the knurled surface provides a secure grip and minimizes effort during rotation, which translates to operator comfort.
- Durable material: made of high-impact polypropylene (PP) guarantees resistance to mechanical damage and long-term use.
- Precise mounting: the threaded M8x25 pin provides a stable connection to the device or machine.
- Aesthetic appearance: black color and matte finish give the knob an elegant look that blends well with various devices.
- Versatile application: ideal for industrial machinery, laboratory equipment, furniture and other applications requiring precise control.
- Color availability: possibility to order the knob in other colors (color code C9,...,C6) to adapt it to specific project requirements.
- Easy installation: the threaded pin allows for quick and easy installation without the need for specialized tools.
This knob is not only a functional element, but also an aesthetic addition to every device, which increases work comfort and improves control efficiency.

