Knurled knob B.193/30 P-M8x40 Z013125
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Knurled knob B.193/30 P-M8x40 Z013125
Knurled knobs – precision and functionality in every detail
The B.193/30 P-M8x40 knurled knob is a fastening element used in a wide range of devices and machines. Made of durable Duroplast, it combines resistance to mechanical damage with user comfort. Its construction, based on an M8 thread with a length of 40 mm, ensures stable and secure fastening. This is an ideal solution for both professional installers and end-users who value reliability and ease of assembly.
Materials and construction – the key to durability
The knob is made of Duroplast – a material characterized by high resistance to abrasion, impact and the action of many chemicals. Duroplast is a plastic with increased hardness and strength, which translates into a long service life of the element even in difficult operating conditions. In addition, the threaded pin made of galvanized steel provides corrosion resistance and connection stability. The diameter of the knob is 30 mm, and its total height is 58 mm – these dimensions guarantee a comfortable grip and easy manipulation.
Applications and benefits – versatility in practice
The B.193/30 P-M8x40 knurled knob finds wide application in:
- Industrial machines and equipment: as a regulating, locking or fastening element.
- Laboratory equipment: for precise setting of operating parameters.
- Medical equipment: where high precision and hygiene are required.
- Industrial furniture: as an element for adjusting height or angle.
- Lighting: for adjusting the angle of light or intensity.
Why choose this knob?
- Durability: Duroplast provides resistance to mechanical and chemical damage.
- Stability: M8x40 thread and steel pin guarantee a secure fastening.
- Ergonomics: The knurled surface provides a firm grip even with work gloves.
- Versatility: A wide range of applications makes the knob ideal for many projects.
- Corrosion resistance: The galvanized pin protects against moisture and atmospheric factors.

