Knurled knob MBT.50 P-M8x30-C9 Z049474
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Knurled knob MBT.50 P-M8x30-C9 Z049474
Knurled knob – precision and ergonomics in one
This knurled knob from the MBT.50 series, manufactured by ELESA+GANTER, is an element designed for precise control and adjustment in machines and equipment. Made of high-impact polypropylene (PP) based technopolymer, it ensures durability and resistance to mechanical damage. The black, matte finish gives it an aesthetic appearance and facilitates integration with various projects.
Design and application
The knob is characterized by a knurled surface that provides a firm grip even in wet or dirty conditions. A threaded pin with a length of 30 mm and a diameter of 8 mm allows for easy mounting in threaded holes. The model with a threaded end facilitates installation and stable mounting. It is an ideal solution for applications requiring frequent adjustment, where ergonomics and precision are key.
Advantages of the MBT.50 P-M8x30-C9 knob
- Durable material: PP technopolymer guarantees resistance to damage and long life, even with intensive use.
- Ergonomic grip: The knurled surface provides a firm grip, minimizing the risk of slipping and increasing comfort.
- Easy installation: The threaded pin facilitates quick and stable mounting in threaded holes.
- Aesthetic appearance: The black, matte color gives the knob an elegant look, suitable for various design styles.
- Wide application: Ideal for machines, industrial equipment, control panels and all kinds of manual adjustments.
- High quality workmanship: ELESA+GANTER products are characterized by precision and meet strict quality standards.
- Resistance to external factors: The material is resistant to many chemicals and variable environmental conditions.
Knurled knobs from ELESA+GANTER allow the operator to work ergonomically, which translates into transferring the maximum force moment with minimal manual effort and providing a better feel when turning. This is particularly important in applications requiring precise process control.

