Against the backdrop of the growing global demand for clean energy, the photovoltaic industry is experiencing explosive growth. However, the limitations of traditional photovoltaic module encapsulation materials in terms of efficiency, lifespan and stability have become a bottleneck restricting further breakthroughs in the industry. With its excellent performance, EVA transparent film provides a new solution for improving the efficiency of photovoltaic modules.

In today's complex urban environment, security work faces unprecedented challenges. Mobile explosion-proof facilities are important equipment for dealing with sudden attacks, and their design optimization is crucial to improving safety efficiency and ensuring personnel safety. The emergence of TPU bulletproof film has brought new opportunities for the upgrade of urban safety and mobile explosion-proof facilities.

In the field of contemporary art, art installations are breaking through traditional boundaries and gradually integrating into public spaces, from large-scale sculptures in city squares to immersive exhibitions in museums. As the scale of art installations and the complexity of display scenes increase, safety protection has become the focus of artists and curators.

At a time when environmental awareness is increasing, EVA Film has emerged in the field of environmental protection with its unique advantages. Do you know how EVA Film can help the environmental protection cause? Today, let us follow Foundite to find out.

In the field of EVA glass film production, there is a team called Foundite. They are committed to the pursuit of high-quality products and are writing their own stories with passion and dreams.

TPU bulletproof film plays an important role in the upgrade of rail transit window protection, so what is its dynamics in daily operation? Let's take a look.

With the rapid development of rail transit today, safety is always the top priority. In order to improve the level of window protection, TPU bulletproof film came into being. While ensuring safety, its weather resistance advantage brings a new upgraded experience to rail transit window protection.

In the process of modern agricultural development, agricultural greenhouses are important facilities to ensure the stable growth of crops, and the performance requirements of protective materials are becoming more and more stringent. As a new type of protective material, TPU film is gradually becoming a new favorite in agricultural greenhouse construction due to its excellent balance between light transmittance and impact resistance.

TPU bullet-proof film, which was once mainly used in the military, government security and other fields, has gradually become popular in the civilian market in recent years and has attracted more and more attention from ordinary consumers. What is the reason for the opening of TPU bullet-proof film in the civilian market? What changes has it brought to people's lives? ​

In the field of laminated glass manufacturing, EVA, PVB, and POE are all commonly used interlayer materials, each with its own unique performance and application characteristics. In actual use, which material can better meet the needs? Let's make a detailed comparison in terms of performance, usage, advantages and disadvantages.

In the construction, automobile manufacturing and other industries, EVA interlayer has become a key material for improving the safety performance of glass due to its excellent adhesion and impact resistance. However, if it is used improperly, it will not only fail to fully exert its performance advantages, but may also affect the quality of glass products. So, how can we use it correctly to effectively improve the safety of glass?

EVA material is light and flexible, and also has shock-resistant elasticity like rubber. It has stable chemical properties, a low melting point, and is easy to process and shape. Therefore, EVA has a wide range of applications.