Stainless-Steel Packaging Machines
ÉLITER Packaging Machinery's next generation models provide the solutions of full stainless steel construction to meet the expectation of our high-end clients with regard to the hygiene and safe contact material compliance.We Build Packaging Machines with Stainless-Steel Construction
ÉLITER Packaging Machinery is committed to the manufacturing of heavy-duty packaging equipment that is built of solid stainless-steel frame and components that lay down the foundation to our machine's stability, robustness and hygiene.
Packaging Machines by ÉLITER are Supposed to Work Durably and Hygienically through the Lifespan
As the standard material and hygienic non-porous option for pharmaceuticals, food and beverage manufacturing for its cleanliness and resistance properties, ÉLITER Packaging Machinery's full stainless-steel packaging equipment is expected to run for more than 10+ years.
Xueliang Li (Chief Technician)
The Essentialness of Stainless-Steel Packaging Machines
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SUS 201 and SUS 304 are ones of those most commonly used stainless steel for the construction of industrial equipment, however, except that SUS 201 is much more affordable than SUS 304, one may neglected is the differences in properties of each of them.
A food application packaging machines should be built with safe food contact materials that is compliance and does not expose the products to any migrations that exceed the limits set by applicable regulations.
Washdown construction to a specific IP rating is an advanced option for clients from the food and dairy industry who are looking for hygienic solutions and equipment with cleanability for the best class.
Carbon steel and stainless steel are ones of those options of materials for building an industrial equipment, but they vary tremendously in terms of their properties and characteristics that when developing and building the machine it is essential to take into consideration their differences, pros and cons.
Carbon steel parts are not like stainless steel parts that are resistant to corrosion by nature, while carbon steel is susceptible to rust. To improve the corrosion resistance of the latter, finishing techniques are essential to prepare them for the application in certain circumstances.