Knurled knob MBT.30 P-M6x20-C9 Z049327

Knurled knobs – precision and ergonomics in one

Knurled knobs from the MBT series are elements used for adjustment and control, characterized by an ergonomic shape and a secure grip. Made of high-impact plastic, they provide durability and resistance to mechanical damage. A wide range of available thread sizes allows for adaptation to various applications in machines, devices and structures.

Design and application

The MBT.30 knob, with a diameter of 31 mm, has a metric M6 thread with a length of 20 mm. Made of plastic, it is lightweight yet durable. The knurled surface ensures comfortable operation even in demanding working conditions. This makes the knob perfect for applications requiring precise adjustment, such as positioning, voltage control or flow control. It can be used both in industrial equipment and in everyday devices.

Features and benefits

• Ergonomic shape: the knurled surface provides a secure grip and minimizes effort during rotation, which translates to operator comfort.
• Material durability: made of high-impact plastic, resistant to mechanical damage and external factors.
• Wide range of applications: thanks to the variety of available thread sizes, MBT knobs find applications in many industries and devices.
• Aesthetic appearance: black color and careful workmanship give the knob an aesthetic appearance that blends well with various designs.
• Easy installation: the threaded pin allows for quick and easy mounting of the knob in a hole of the appropriate diameter.
• Color availability: possibility to order knobs with a colored central cap (symbol C9 or other), which allows to match the color scheme of the device or structure.
• Threaded versions: versions with a threaded pin (MBT-p) and with a smooth or threaded hole (MBT-B) are available. The MBT-p version facilitates mounting without the need for additional threading of the hole.

The MBT.30 P-M6x20-C9 knurled knob is a solid and functional element that will be appreciated by both professional installers and end-users who value convenience and precision in operating devices.