Steel handwheel GN 5335-60-M10-E Z013258
Catalog numbers:
- GN 5335-60-M10-E
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Steel handwheel GN 5335-60-M10-E Z013258
Stainless steel knobs for industrial applications
The stainless steel knob GN 5335-60-M10-E is a fastening element made of stainless steel AISI 303, characterized by high corrosion resistance and durability. Designed for demanding working conditions, including the food industry, where high hygiene standards are crucial. Smooth surfaces and the absence of sharp edges minimize the risk of bacteria accumulation and facilitate cleaning.
The knob has a metric M10 thread with a length of 18 mm, which ensures stable and secure fastening. The knob diameter is 60 mm, which makes it easy to grip and operate even with gloves. Made with precision, this knob is perfect for applications requiring frequent adjustment or locking of elements.
- Material: Stainless steel AISI 303 – guarantees corrosion resistance and long life, especially important in humid or chemically aggressive environments.
- Construction: Made with attention to detail, with smooth surfaces and rounded edges, which facilitates maintaining hygiene and prevents the accumulation of dirt.
- Application: Ideal for machines and equipment in the food, pharmaceutical, chemical industries, and everywhere where high corrosion resistance and ease of cleaning are required.
- Mounting: M10 thread allows for quick and easy mounting in standard threaded holes.
- Strength: Stainless steel provides high mechanical strength and resistance to loads.
The GN 5335-60-M10-E knob is compatible with cross holes for axial securing GN 110 (see page A17 of the ELESA+GANTER catalog). Versions with different types of holes (A, B8-C, C, D, E) and with a threaded pin are also available, allowing you to adapt the knob to specific application needs. It is worth noting the possibility of ordering a high-gloss polished version (PL) for types D and E – this is an option for those who appreciate the aesthetics of execution.

