What is UV ice foaming process?

As people’s demand for quality of life continues to improve, the appearance design of water bottles has also been receiving more attention. In the surface treatment of insulated bottles, UV ice foaming, as a new type of surface treatment process, has attracted more and more attention and application in recent years.UV ice foaming process can not only provide colorful patterns and designs on the surface of bottles, but also has advantages such as personalized customization, wide range of application, cost savings, good anti-counterfeiting effect and stable quality. Therefore, this article will discuss the principles, advantages and application scenarios of UV ice foaming process in depth, to help consumers better understand and choose the insulation bottles suitable for themselves.

I. What is the UV ice foaming?

UV ice foaming, also known as UV stereoscopic printing, is a new type of surface treatment process that is suitable for the surface treatment of various materials such as insulation bottles, phone cases, tableware. Its principle is to use special UV spraying technology to form a layer of three-dimensional, brightly colored pattern on the surface of the product, so as to improve the aesthetics of the product and the sense of grade.The ice ink forms a transparent and smooth ink layer on the substrate through screen printing, and the ice foaming effect can be produced by UV light curing. The principle is that some coatings in the drying of nitrogen dioxide, sulfur dioxide, carbon dioxide and other gases, the surface of the film will produce crystal patterns.

Ⅱ.What is the basic process of UV ice foaming?

The process of UV ice foaming includes the following steps:

1. Spraying: First, spray a layer of special UV spray on the surface of the product. This spraying agent contains a special ingredient that can form a hard, smooth and wear-resistant pattern under UV irradiation.

Irradiation: Next, put the sprayed product in a UV oven for UV irradiation. Under the UV irradiation, the components in the spraying agent undergo a chemical reaction to form a hard, smooth, and abrasion-resistant pattern.

Curing: Finally, the product will be removed from the oven, to be cooled naturally, the pattern will be completely cured on the surface of the product, forming a layer of three-dimensional sense of strong, brightly colored pattern.

Ⅲ.What are the advantages of UV ice foaming?

1. Strong sense of three-dimensional: UV ice foaming can form a strong sense of three-dimensional pattern on the surface of the product, increasing the beauty of the product and the sense of class.

2. Bright colors: The color of UV spray is bright and full, which can meet the needs of different consumers.

3. Strong abrasion resistance: UV spraying agent has high hardness and strong abrasion resistance, which can maintain the beauty and durability of the product surface.

4. High production efficiency: UV ice foaming process can quickly complete the product surface treatment, improve the production efficiency.

5. Environmental and healthy: UV spraying agent does not contain organic solvents, harmless to the environment and human health.

6. Wide range of application: UV ice foaming process is suitable for the surface treatment of products made of various materials, such as plastic, metal, glass, etc. It can be applied to the surface treatment of various consumer products.

In summary, UV ice foaming is an efficient, environmentally friendly, beautiful surface treatment process, can be applied to a variety of product surface treatment, improve product aesthetics and sense of class, is an important technology in modern production. As a new technology for the appearance treatment of water bottles, UV ice foaming has many advantages, such as personalized customization, wide range of application, cost savings, good anti-counterfeiting effect and stable quality. When choosing products, consumers can choose the suitable appearance treatment process and brand according to their needs and preferences to ensure the quality and safety of water bottles.