How to classify the types of high-transmittance EVA glass laminated films

Highly transparent EVA glass laminated film is an intermediate film material used for laminated glass. It has high light transmittance, good adhesion and safety performance. The classification of this material can be based on different criteria, the following are some common classification methods:

1. Thickness classification: EVA glass laminated film can be classified according to its thickness. Different thicknesses are suitable for different application scenarios and needs.

2. Color classification: In addition to transparent colors, EVA glass laminated films can also be classified according to color, such as white, gray, etc., to meet the needs of different decorative effects.

3. Performance classification: According to the performance characteristics of EVA glass laminated film, it can be divided into ordinary type, fire-proof type, bullet-proof type, etc. to adapt to different safety requirements.

4. Classification of uses: EVA glass laminated films can be classified according to their uses, such as construction, automotive, decorative, etc. Each use of laminated film has its specific performance requirements.

5. Environmental protection standard classification: With the increase in environmental awareness, EVA glass laminated films can also be classified according to whether they meet environmental protection standards, such as whether they contain harmful substances, whether they are recyclable, etc.

6. Light transmittance classification: According to different light transmittance, EVA glass laminated film can be divided into high light transmittance, medium light transmittance and low light transmittance categories to adapt to different light transmission needs.

These classification methods help users choose appropriate EVA glass laminated film products according to their specific needs. When selecting, in addition to considering the above classifications, factors such as the product's weather resistance, aging resistance, and bonding performance with glass should also be considered.