Knurled knob B.193/20 B-M6 Z013137

Knurled knob – precision and functionality in every detail

This knurled knob, model B.193/20 B-M6, is a standard machine part designed for precise control and ease of use. Made of durable duroplast, it combines lightness and resistance to mechanical damage. Its universal black color makes it suitable for most devices and machines.

The knob features a knurled surface that provides a secure grip even with work gloves. The M6 thread with a length of 6 mm allows for stable mounting in a threaded hole, and the diameter of 20 mm ensures comfortable operation. The total height of the knob is 14 mm. The "with threaded sleeve" construction ensures a solid connection and prevents the element from loosening during operation.

Application and benefits

The B.193/20 B-M6 knob is widely used in the machinery industry, precision equipment, and anywhere where manual control of rotational movement is required. Thanks to its design and material, it is ideal for applications requiring regular use and resistance to environmental conditions.

• Durability: Duroplast is a material resistant to abrasion, impact and the action of many chemicals – guaranteeing long-term use.
• Secure grip: The knurled surface provides comfortable and safe operation, minimizing the risk of hands slipping.
• Easy installation: The standard M6 thread facilitates quick and easy installation in most devices.
• Aesthetic appearance: The black color and careful workmanship give the knob a professional look.
• Versatility: Ideal for adjusting the position of machine elements, setting operating parameters and other applications requiring precise rotational control.

Construction and materials

The knob is made of high-quality duroplast – a plastic with excellent mechanical and chemical properties. The threaded sleeve provides a stable connection to the device and protects the thread from damage. Careful surface finishing guarantees comfortable use and an aesthetic appearance of the product. Choosing duroplast instead of metal translates into a lower weight of the element and better thermal insulation – which may be important in some applications.