What are the key considerations for edge finishing processes on stainless steel panels in three-tier dining cars?

The shelf spacing design needs to take edge load-bearing capacity into account. If the spacing is too large, the edge of the shelf is prone to deformation due to the concentrated placement of items.

What are the special requirements for the welding process of 304 stainless steel panels for double-pass loading cabinets?

In the panel welding of double-pass loading cabinet, the selection of welding method must take into account both efficiency and quality.

How strict are the requirements for edge grinding of stainless steel panels in a three-tier dining car?

Three-tier dining cars are often used in catering, medical, or industrial environments, and different scenarios have different requirements for edge.

How does the connection process between the columns and the layers of a four-layer shelf (plate shelf) ensure long-term stability?

During the connection process, the interlocking method between the beam and the column directly affects the lateral displacement resistance of the four-layer shelf (plate shelf).

Does the metal frame of a three-tier dining car with stainless steel panels need additional rust protection to extend its life in humid environments?

Particular attention should be paid to the weak parts of the metal frame, such as welded joints, screw connection points, bends, etc.

How does a dual-pass design optimize the flow of goods between front and back offices?

In modern commercial spaces, restaurant kitchens, healthcare settings, and even high-end residential storage systems, double-pass loading cabinets