BOPET Milk White Film For Backlight Modules

Unlike ordinary decorative films, the BOPET Milk White Film For Backlight Modules designed by the manufacturer in Jincheng is specifically optimized for long-term lighting, heating and high-frequency illumination conditions of backlight devices. It features stable high fog degree and precise light transmission ratio, and can effectively correct the light defects of LED point light sources and line light sources.

Product optical and process characteristics

1. Overall masterbatch coloring, with extremely high optical consistency

2. Efficient light diffusion structure, thoroughly optimizing the backlight light spot

3. Balanced light transmittance with low loss, enhancing the backlight luminous efficiency

4. Precise double-sided corona treatment, suitable for automated lamination process

5. Heat-resistant, weather-resistant, and anti-yellowing, suitable for long-term operation of equipment

6. Full coverage of multiple thickness specifications, suitable for all types of backlight equipment

Thickness options: 15μm, 25μm, 45μm, 50μm, 75μm, 100μm

Differential competitive advantage

- Special optical-grade formulation, specifically adapted to backlight systems

- Integrated molding structure, eliminating dust and detachment risks

- Stable batch parameters, zero color difference fluctuation in engineering production

- Excellent mechanical properties, suitable for precise processing and assembly

- One film for multiple uses with high cost-effectiveness, suitable for diversified production needs

Brand R&D and Quality Control Capabilities

1. Jincheng has been deeply engaged in the research and development of polyester optical films for over 20 years.

2. It has a complete set of international system certifications, ensuring traceability of quality.

3. It has full-chain optical film production capacity support.

4. It has a full-link professional pre-sales, in-sales and after-sales system.

5. Multiple modes of professional packaging, suitable for the export transportation of optical films.