Knob with BT.25 P-M6x25 grip Z014332
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Sales unit dimensions and weight: 1 pcs
Knob with BT.25 P-M6x25 grip Z014332
The BT.25 P-M6x25 knob with grip is an element designed for convenient and precise control of devices. This is particularly important in industrial applications, machines and equipment, where a secure grip and control over movement are required. Made of polyamide (PA), the knob is characterized by high resistance to abrasion and mechanical damage, which translates to a long service life even in harsh working conditions.
The knob's design has been carefully considered from an ergonomic point of view. The ribbed grip provides a secure hold, minimizing the risk of slipping, even when working with gloves. The M6 thread with a length of 25 mm allows for stable mounting to the spindle, and the knob diameter of 25 mm ensures comfortable operation. The technopolymer material guarantees good electrical insulation and resistance to many chemicals.
- Strength and durability: Polyamide (PA) is a material resistant to abrasion, impact and many chemicals, ensuring a long service life of the knob even in demanding conditions.
- Ergonomic grip: The ribbed surface of the knob provides a secure grip and comfortable operation, reducing hand fatigue during work.
- Precise mounting: The M6 thread with a length of 25 mm guarantees a stable and secure connection to the spindle.
- Versatile applications: The knob is used in a wide range of devices and machines, from controlling valves to adjusting operating parameters.
- Chemical resistance: The technopolymer material is resistant to many chemicals, allowing the knob to be used in various industrial environments.
The BT.25 P-M6x25 knob with grip is an ideal solution for installers and users looking for a reliable and convenient control element. Its solid construction and ergonomic shape ensure comfortable work and long-term operation. Thanks to the universal M6 thread, it fits many standard spindles, making it easy to integrate with existing systems. This simple solution improves the functionality and ergonomics of the devices being operated.

