Industry News

Will metallized polypropylene film lead electronic products into a new era of flexible displays?

2024.06.15

With the rapid development of electronic technology, electronic products are gradually becoming thinner, more flexible and more intelligent. Driven by this trend, materials science has also ushered in new challenges and opportunities. Metallized polypropylene film, as a composite material with both metal and non-metal properties, has shown great application potential and prospects in the field of electronic products.

Metallized polypropylene film is a composite material formed by attaching a metal film to the surface of a polypropylene film by physical or chemical methods. This material not only has the electrical conductivity, thermal conductivity and electromagnetic shielding of metal, but also retains the softness, transparency and mechanical strength of polypropylene film. These unique properties make metallized polypropylene film have a wide range of application prospects in the field of electronic products.

The conductivity of metallized polypropylene film makes it an ideal material for flexible circuit boards. Traditional circuit boards are usually made of rigid materials, which limits the bending and folding of electronic products. Flexible circuit boards made of metallized polypropylene film can be bent, folded or even twisted at will, greatly increasing the flexibility and portability of electronic products.

The thermal conductivity of metallized polypropylene film helps electronic products dissipate heat. With the continuous increase in the functions of electronic products and the improvement of their integration, heat dissipation has become an important factor restricting their performance. The thermal conductivity of metallized polypropylene film can effectively reduce the operating temperature of electronic products and improve their stability and reliability.

Metallized polypropylene film also has excellent electromagnetic shielding performance. In electronic products, electromagnetic interference is an issue that cannot be ignored. Metallized polypropylene film can effectively shield external electromagnetic interference and protect sensitive components inside electronic products from damage.

The softness and conductivity of metallized polypropylene film make it an ideal material for flexible touch screens. By attaching a metal film to the surface of the polypropylene film, a conductive layer can be formed to realize the touch function of the touch screen. Compared with traditional rigid touch screens, flexible touch screens have higher flexibility and portability.

Metallized polypropylene film can also be used to make flexible displays. By coating the surface of the polypropylene film with luminescent materials and attaching metal films as electrodes, a flexible light-emitting diode (OLED) display can be made. This display has the characteristics of ultra-thin, ultra-light, and bendable, bringing a new visual experience to electronic products.

The electromagnetic shielding performance of metallized polypropylene film makes it a key material in electronic products. Inside electronic products, metallized polypropylene film can be made into components such as shielding covers or shielding pads to effectively isolate external electromagnetic interference sources and protect internal sensitive components from damage.

With the continuous development and popularization of electronic products, the requirements for material performance are becoming higher and higher. As a composite material with both metal and non-metal properties, metallized polypropylene film has broad application prospects in the field of electronic products. In the future, with the continuous advancement of preparation technology and the reduction of costs, metallized polypropylene film is expected to be applied and promoted in more fields. With the development of electronic products towards flexibility and intelligence, metallized polypropylene film will also usher in more development opportunities and challenges.