New Trends in Surface Treatment Industry from Alloy Catalytic Fluid

"It's not just environmental issues that hinder the development of traditional surface treatment companies." This recognition is gradually being realized by surface treatment business owners. After contacting Beijing Zhongke's innovative total catalytic liquid technology, more people found that introducing a new technology not only saves the trouble of dealing with the inspection of environmental protection departments, but also more importantly, in the selection of raw materials, product innovation, and resource costs In terms of economy, processing methods, etc., it is a progressive promotion for enterprises.

 

First of all, surface treatment production is a highly polluting industry under strict control, and it will need to continue to be environmentally friendly in the future. Develop low-toxic or non-toxic environmental protection processing technology, control the use of harmful pollutants at the source, and harmless or minimize harmful waste generated during surface treatment. The alloy catalyst fluid technology that stands out from the R & D boom of cyanide-free electroplating reflects this.

 

Secondly, at present, the scarcity of earth resources is becoming increasingly serious, and saving materials is an eternal issue for human beings. An important aspect of material savings is the use of low-end and non-natural materials to replace scarce and natural materials. From this perspective, surface treatment is a special process that can obtain scarce materials and natural materials on the surface of non-natural materials and low-end materials, which can greatly save valuable materials.

 

Surface treatment is itself a technique using precious materials. The use of heat treatment, catalysis, coating and other methods make the low-end materials have the effect of approaching or even surpassing the use of high-end materials and natural materials to achieve the purpose of resource conservation.

 

A typical example is plastic surface treatment, which is now widely used in many fields such as electronics, automobiles, bathrooms, lamps, and home appliances. With the further development of engineering plastics and composite materials technology, more and more structures will be made of plastic. To obtain the effect and function of metal on the surface of these materials, only surface treatment technology is the most suitable manufacturing technology. The application of alloy catalytic liquid in the field of composite materials further reflects the forward-looking of this patented technology in actual production.

 

Finally, with the development of microelectronic technology and the need for micro-manufacturing, micro-control of the surface treatment process has become a new trend. For example, in precision parts such as integrated circuits of electronic products, or in the intelligent manufacturing industry where machines are manufactured by machines, the precision requirements for surface treatment will become higher and higher. For the treatment of deep holes, blind holes and fine parts, the alloy catalyst liquid has more advantages than traditional electroplating.