Stainless steel feet with fully-threaded spindle

Enhancing Stability and Hygiene

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Designed for heavy load in harsh environments under tough conditions
Stainless steel feet can be applied with rubber pad for vibration reduction and anti-slip properties
Our hygienic stainless steel feet are provided with FDA certificate (FDA CFR 21 177 2600) with unique batch ID number for food safety traceability

Stainless steel solid base feet with fully-threaded spindle

Stainless steel feet have a rounded, hygienic design which makes it easy to clean.
Stainless steel feet can cope with up to 10 degree slopes on floors and equipment.

Materials

Stainless steel feet rubber pad with FDA Certificate according to FDA CFR 21 177 2600.

Base plate material description:
Stainless steel Aisi 304 or Aisi 316

Spindle material description:
Stainless steel A2-70 or A4-70

Rubber base material description:
NBR Rubber (Nitrile rubber CAS no. 9005-98-5)
FDA Certificate according to FDA CFR 21 177 2600

All materials are highly resistant to chemicals and commonly applied cleaning agents and to resistant oils and fats.

Stainless steel solid base feet Sizes

Stainless steel feet base are available in a wide range, giving the optimal flexibility and choice.

For other Base Diameter D, please contact us
Nominal load depend on the spindle threads
For rubber pad, suffix “R” is added to numbers. ex.: HSF78-M16-L150-R

Stainless steel feet spindles are available in a wide range, giving the optimal flexibility and choice.

For other threaded spindle length (L), please contact us
Threads in inch is available upon request
The thread can also be customized according to specific request, ex trapezoid thread etc.

Delivery option

For large orders we offer to supply the base and spindles separate
The advantage is flexibility for the costumer which are using many different sizes of spindles

Stainless Steel Feet with Fully-Threaded Spindle

In industrial settings, ensuring machinery stability is paramount for operational efficiency and safety. Stainless steel feet with fully-threaded spindles offer a robust solution, combining durability, adjustability, and hygiene.

Benefits of Stainless Steel Construction

Stainless steel is renowned for its corrosion resistance, making it ideal for environments exposed to moisture or chemicals. This material ensures longevity and reduces maintenance needs, providing a cost-effective solution over time. Additionally, stainless steel’s smooth surface facilitates easy cleaning, crucial for industries with stringent hygiene standards.

Fully-Threaded Spindle Advantages

The fully-threaded spindle design allows for precise height adjustments, accommodating uneven floors and ensuring machinery remains level. This adjustability is essential for maintaining operational accuracy and reducing wear on equipment. Moreover, the threaded design ensures a secure fit, enhancing the overall stability of the machinery.

Hygienic Design Considerations

In sectors like food processing and pharmaceuticals, hygiene is non-negotiable. Stainless steel feet are designed with self-draining surfaces, preventing water accumulation and potential bacterial growth. Some models feature vulcanized FDA-approved rubber, which not only provides anti-vibration and anti-slip properties but also blocks out bacteria underneath the footplate. These design elements ensure compliance with strict hygiene standards and facilitate easy cleaning.

Versatility in Applications

These leveling feet are suitable for a wide range of applications, from heavy machinery to delicate equipment. Their robust construction supports significant weight loads, while the adjustable design caters to various floor conditions. Whether in manufacturing plants, laboratories, or commercial kitchens, stainless steel feet with fully-threaded spindles enhance equipment stability and hygiene.

Enhance Equipment Stability

Investing in stainless steel feet with fully-threaded spindles is a strategic decision for industries prioritizing stability, durability, and hygiene. Their design not only meets operational demands but also adheres to stringent cleanliness standards, ensuring both safety and efficiency in industrial environments.