Star knob GN 6335.5-ES-50-M10-55 Z052665

Star knobs – precision and hygiene in one

The GN 6335.5 star knob is a clamping knob, designed for applications requiring high precision and ease of cleaning. Made of stainless steel, they are perfect for corrosive environments and where hygiene is key. This is a solid solution for both professionals and end users looking for a reliable fastening element.

Design and materials

The GN 6335.5-ES-50-M10-55 knob is characterized by a design made of precision cast stainless steel AISI 316 A4P, which ensures high corrosion resistance and the possibility of polishing the surface. The threaded pin is made of stainless steel AISI 303 and is permanently secured with a transverse pin, which guarantees stability and safety of use. This combination of materials translates into long life and reliability even in harsh working conditions.

Applications and benefits

This knob finds application in a wide range of industries, including:

• Food industry: thanks to the properties of stainless steel, it is ideal for equipment requiring frequent cleaning and disinfection.
• Chemical industry: corrosion resistance allows for use in aggressive environments.
• Medicine: high hygiene standards make it suitable for use in medical equipment.
• Mechanical engineering: as a fastening element in devices and machines requiring precision and reliability.

It is worth paying attention to the geometry of the knob's grip – it has been designed to facilitate cleaning and minimize dirt accumulation, which further raises hygiene standards. Meeting the requirements of DIN 6335 standard (type L), the GN 6335.5 knob offers measurable benefits:

• Durability: stainless steel guarantees long-term use without loss of mechanical properties.
• Corrosion resistance: ideal for use in wet or aggressive environments.
• Hygiene: ease of cleaning prevents the development of bacteria and contaminants.
• Safety: secured threaded pin ensures stable mounting.
• Precision: compliance with DIN 6335 standard guarantees the dimensions and tolerances necessary for proper device operation.