Antireflection layer for cold laminating film, and preparation method thereof
A technology of anti-reflection layer and anti-reflection coating, which is applied in the field of functional coating preparation and materials, and can solve the problem of affecting the audience or user experience and publicity effect, without cold lamination film with anti-reflection function, affecting image quality and clarity etc., to enhance user experience and publicity effects, improve quality and clarity, and reduce surface brightness
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Examples
Embodiment 1
[0022] The preparation method of the anti-reflection layer for cold lamination film, the specific steps are: 1) fix the cold lamination film on the sample stage of the electron beam evaporation coating machine at room temperature, use hafnium oxide as the target material, and the above electron beam evaporation coating machine The chamber is evacuated to a vacuum of 3×10 -4 Pa; where the cold lamination film successively includes a transparent PET film layer, a transparent adhesive layer and a white silicon paper layer. 2) Adjust the incident angle of the electron beam of the above-mentioned electron beam evaporation coating machine to 0°, and deposit a dense hafnium oxide layer on the surface of the transparent PET film layer of the cold lamination film in step 1), with a deposition thickness of 130nm. 3) Adjust the electron beam incidence angle of the above-mentioned electron beam evaporation coating machine to 85°, and deposit a porous hafnium oxide layer on the surface of ...
Embodiment 2
[0024] The preparation method of the anti-reflection layer for cold lamination film, the specific steps are: 1) fix the cold lamination film on the sample stage of the electron beam evaporation coating machine at room temperature, use hafnium oxide as the target material, and the above electron beam evaporation coating machine The chamber is evacuated to a vacuum of 5×10 -4 Pa; where the cold lamination film successively includes a transparent PET film layer, a transparent adhesive layer and a white silicon paper layer. 2) adjust the electron beam incidence angle of the above-mentioned electron beam evaporation coating machine to be 0°, deposit a dense hafnium oxide layer on the surface of the transparent PET film layer of the cold lamination film in step 1), and the deposition thickness is 140nm; 3) adjust the above-mentioned electron beam evaporation The electron beam incident angle of coating machine is 85 °, in step 2) in dense hafnium oxide layer surface deposits porous h...
Embodiment 3
[0026] The preparation method of the anti-reflection layer for cold lamination film, the specific steps are: 1) fix the cold lamination film on the sample stage of the electron beam evaporation coating machine at room temperature, adopt zirconia as the target material, and the above electron beam evaporation coating machine The chamber is evacuated to a vacuum of 5×10 -4 Pa; where the cold lamination film successively includes a transparent PET film layer, a transparent adhesive layer and a white silicon paper layer. 2) Adjust the incident angle of the electron beam of the above-mentioned electron beam evaporation coating machine to 0°, and deposit a dense zirconia layer on the surface of the transparent PET film layer of the cold lamination film in step 1), and the deposition thickness is 137nm. 3) Adjust the incident angle of the electron beam of the above-mentioned electron beam evaporation coating machine to 85°, and deposit a porous zirconia layer on the surface of the de...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More