Knurled knob MBT.60 P-M10x30-C3 Z049533
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Sales unit dimensions and weight: 1 pcs
Knurled knob MBT.60 P-M10x30-C3 Z049533
Knurled knob – precision and ergonomics in one
The MBT.60 knurled knob is an element designed for convenient and precise control of devices. Made of high-impact plastic, it ensures durability and resistance to mechanical damage. Its construction, with a distinct knurling, guarantees a firm grip even in difficult working conditions, minimizing the risk of slipping and increasing operating efficiency. This is an ideal solution for both professional installers and end-users who value functionality and comfort.
Design and application
The MBT.60 knob has a metric M10 thread with a length of 30 mm, which ensures a solid and stable mounting. It is a knob with a threaded end, which facilitates its integration with various mechanisms. The knob diameter is 61 mm, and its black color gives it a universal look that fits most devices. Made of polypropylene (PP), it is characterized by high chemical and thermal resistance.
The knurling around the knob circumference not only improves grip but also facilitates precise setting of values, which is particularly important in applications requiring accuracy. The wide range of applications includes control panels, machines and industrial equipment, as well as laboratory and medical equipment.
Advantages of the MBT.60 knob
- Ergonomic shape: Provides comfortable operation and minimizes hand fatigue during work.
- Durable material: Polypropylene (PP) guarantees long-term operation even in demanding environmental conditions.
- Firm grip: The knurled surface prevents hands from slipping, increasing safety and operating precision.
- Versatility: Wide range of applications in various industries and in everyday devices.
- Easy installation: M10 x 30 mm thread allows for quick and easy installation in standard threaded holes.
- Aesthetic appearance: Black color matches most devices and control panels.
- Chemical resistance: The material is resistant to many chemicals, which increases its durability in specific working environments.

