With the continuous improvement of living standards, the change of consumption concept. "High-end, intelligent, safe, environmental protection, durable" has become the focus of consumer attention to the overall kitchen and bathroom industry. Especially the "food security" has caught the attention of consumers and the height of the national level, hutch defends enterprises on the one hand, adapt to the current "high manpower and production cost, high competition in the market" at the same time, how to implement "without raising, on the basis of the original cost of production, to product safety, environmental protection, durable performance, improve the market competition ability" has become the present enterprises are thinking about.

With many years of experience in kitchen and bathroom surface treatment, Kemeng has rich experience in environmental protection electrochemical polishing and passivation antirust in the kitchen and bathroom tools, pullbaskets, pressure cookers and other fields of stainless steel and stainless iron materials. We can customize personalized process plan for you, and solve the series problems of safety, environmental protection and durability on the basis of not changing the original material properties. Help you to achieve quality take-off and outstanding unique competitiveness!

Quickly remove the Burr to improve the brightness of the surface

Knives tableware in the process of shaping, hobbing, or edge under the influence of cutting, punching, in the section of parts not only would inevitably produce feng (commonly known as the burr), and in the process of machining parts surface affected by stretching, grinding and other mechanical processing, metal surface microstructure is also changed, the surface microstructure of the metal also changed, At the same time, the corrosion resistance of the material decreases sharply. If these problems are processed by traditional mechanical polishing, not only the efficiency is low, but also many dead corners can not be dealt with, and the corrosion resistance can not be effectively improved.

Inhibits the precipitation of "manganese" element to meet the requirements of food grade standards

In the food grade certification of export-type cutlery, how to meet the Italian and German tests on the "manganese" element precipitation in food cutlery is a challenge that cannot be underestimated. It is understood that in order to meet the characteristics of tool wear resistance, part of the knife tableware will be selected to contain manganese elements of the material to manufacture. However, if the finished product can not take effective methods to remove the "manganese" element on the surface of the material, there will be manganese ion precipitation in the daily use of the product, and the "manganese" element precipitation will cause the risk of human memory attenuator and other health hazards.

Improve the corrosion resistance of products

Because the tool, tableware in the processing process by external forces such as stamping, grinding, welding and tensile process, as we all know, due to the special wear resistance requirements of the tool tableware, so the manufacture of tools and tableware products are often based on SUS400 (martensitic stainless steel) series. This kind of material with high carbon high chromium, after proper heat treatment the higher hardness of the material can be (such as sus420j2 after heat treatment can reach more than HRC52), which has excellent wear resistance, but because the material is high carbon, nickel, especially after heat treatment, the microstructure become more complex, so the corrosion resistance is often very bad.

Wear test, improve surface wear resistance

Cutlery, tableware in daily use of high frequency, so the quality of wear resistance is also a key index for some customers need to simulate the dishwasher reciprocating friction test requirements. Kaimeng can provide treatments that can assist in improving the wear resistance of the surface of the tool. The principle of this process is mainly through appropriate chemical reaction, so that the surface of the parts to form chromium enriched rare metal composite structure of the oxide layer, because of the chromium has the characteristics of high hardness, so can effectively improve the requirements of the surface wear resistance of the product.