The   all-steel experimental bench itself has anti-corrosion and anti-deterioration properties. In addition, it has good stability and is relatively resistant to pressure, which allows it to play a better role during use. If the chemical properties of the product itself are unstable, relevant chemical reactions will occur during the test, causing damage to it. This will not only affect its service life, but also affect the results of the experiment. Therefore, if it requires high stability, you need to choose an all-steel experimental bench.

        product frames usually use C-shaped square steel, which can be welded, then pickled, phosphated, and electrophoresed. The surface is sprayed with epoxy resin high-voltage electrostatic powder. After high-temperature curing treatment, it can have better anti-corrosion performance, and it is also relatively tight and strong, with strong load-bearing capacity.