How to use PI PET PP metal plated conductive shielding film? You know what?

Conductive shielding filmThis material can be widely used for digital and image display window shielding in PDP plasma color TV windows and radar displays, computer display terminals, printers, radios, spectrometers, precision instruments, etc. It has high transparency and electromagnetic wave shielding, and is easy to ground. It can also be used as electromagnetic shielding for industries such as building glass, automotive glass, or other high demand environments that require good transparency.

Performance:
Surface resistivity:
10 ohms/square transparency: 82.9%

Shielding performance:
90dB/10MHz, 30dB/1GHz Temperature range:- 60oC~+150oC Thickness: 75/175um

Purpose:
Flexible transparent conductive filmIt is specifically used for shielding electric fields and plane waves, as well as in situations where grounding or anti-static is required. It is particularly suitable for transparent windows in chassis with high transparency and moderate shielding performance, such as instrument panels, LCD displays, indicator light panels, high-resolution color displays, etc.

instructions:
1. This product, combined with 3M optical adhesive, ensures precise color and sufficient display brightness, and provides durable bonding effect.
2. One side of the transparent conductive film is conductive, while the other side is non-conductive. When in use, to protect the conductive surface, the conductive surface should be designed to face inward and the non-conductive surface should face outward during installation.
3. The transparent conductive film is very thin and has high transparency, and can be directly fixed and stacked with the original panel glass through fixtures for use.
4. The periphery of the transparent conductive film must be well grounded in order to exert shielding performance.

Product application areas:
Meet the EMC needs of national defense and military products: in terms of window shielding for military reinforced displays, electronic shelters, communication electronic equipment, etc;
In terms of electromagnetic interference and information leakage: display windows for various precision instruments and meters in the fields of communication, medical, and electronic information, as well as shielding windows such as glass doors and windows in confidential rooms and shielded cabinets;
In the field of electromagnetic radiation protection: various displays, mobile phones, desk lamps, microwave ovens, large instruments and equipment in hospitals and laboratories, and other electronic instruments and equipment that emit radiation to the human body;
Front filter screen of plasma television; Replacing conductive films in the field of touch screens;
Transparent conductive electrodes such as flexible thin-film solar cells, electronic paper, and flexible screens;