Knurled knob MBT.30 P-M5x40-C9 Z049306

Knurled knob – precision and ergonomics in one

This knob with knurling, model MBT.30 P-M5x40-C9, is made of high-impact technopolymer based on polypropylene (PP). It is characterized by a black color and a matte finish. Its design is intended for ease of use and efficient torque transfer. The knurled surface provides a secure grip, even during fast rotation, minimizing hand and wrist strain.

The knob has a threaded pin made of galvanized steel, which ensures a durable and stable mounting. The thread length is 40 mm, and the knob diameter is 31 mm. The metric thread size of 5 allows for wide application in various devices and machines. It is an ideal solution for both professional installers and end-users looking for a reliable and ergonomic control element.

Design features and application

The MBT.30 P-M5x40-C9 knob finds application in many industries, including:

• Machines and equipment
• Measuring devices
• Laboratory equipment
• Industrial automation
• Industrial furniture

The knob design allows for precise adjustment of device operating parameters, and its durability guarantees long-term use even in demanding conditions. The use of high-impact technopolymer provides resistance to mechanical damage and the action of chemicals. In addition, the possibility of ordering knobs in other colors and with individual markings increases their functionality and adaptation to specific customer needs.

Product advantages

• Ergonomic design: the knurled surface provides a secure grip and comfortable use.
• Durable construction: made of high-impact PP technopolymer guarantees resistance to mechanical damage.
• Stable mounting: the threaded pin made of galvanized steel ensures a solid connection to the device.
• Wide application: compatible with various devices and machines thanks to the M5 thread and 40 mm length.
• Possibility of personalization: available in different colors and with individual markings (on request).
• Chemical resistance: the material is resistant to many chemicals, which increases its durability in difficult working conditions.