In vacuum coating systems, vacuum pumps play a critical role. They are essential components for achieving the high-vacuum environment required for coating processes, directly impacting coating efficiency, film quality, and production yield. Different coating processes have varying vacuum level re...
In modern industrial manufacturing, surface treatment technology has become a crucial means of enhancing product performance and added value. Among these technologies, vacuum coating equipment, as a key tool for advanced surface treatment, is widely used in optics, electronics, hardware, glass, a...
As the automotive industry advances into a new era of intelligence, lightweight design, and high performance, vacuum coating technology has become increasingly prevalent in automotive manufacturing. It serves as a critical process for enhancing product quality, optimizing aesthetics, and improvin...
Photovoltaics have two major application fields: crystalline silicon and thin films. The conversion rate of crystalline silicon solar cells is relatively high, but the production process is polluted, which is only suitable for strong light environments and cannot generate electricity under weak l...
At our respected company, we take immense pride in revolutionizing the world of coating technology. Our state-of-the-art PVD sputtering machines are game-changing in achieving high-quality surface coatings. Combining our commitment to innovation with a quest for excellence, this state-of-the-art ...
In materials science and engineering, the field of thin film coatings plays a vital role in industries ranging from electronics to advanced manufacturing. Among the different technologies available, physical vapor deposition (PVD) sputtering has emerged as an innovative and efficient method for d...
In modern manufacturing systems, product precision, equipment efficiency, and component service life increasingly depend on advancements in surface engineering. As a critical method of surface treatment, hard coating technology has been widely adopted across industries such as cutting tools, mold...
In recent years, driven by the national “dual carbon” strategy, the green transformation of manufacturing is no longer a voluntary upgrade but an imperative for sustainable development. As one of the most recognizable components of a vehicle’s exterior, automotive lamps not only provide illuminat...
In recent years, with the ongoing implementation of China’s “dual carbon” (carbon peak and carbon neutrality) strategy, green transformation in manufacturing is no longer a voluntary upgrade but a mandatory direction. As a key visual and functional component of automotive exteriors, headlamps not...
HUD (Head-Up Display) projects critical driving information (e.g., speed, navigation, ADAS warnings) onto the windshield or a dedicated display, allowing drivers to access data without looking down, thereby enhancing driving safety and convenience. To achieve clear and stable display performance,...
No.1 New Challenges Under the Water-based Paint Replacement: The “Repulsion Effect” Between Polymers and Coatings
Traditional solvent-based paints, due to their severe VOC emissions, can no longer meet the environmental requirements of regulations such as the EU REACH Regulation. The ...
Driven by the wave of automotive intelligence, In-car Display PVD coating have evolved from single instrument panels to core hubs integrating smart cockpits, autonomous driving interactions, and audio-visual entertainment. The market for in-car displays continues to expand, with increasing demand...
Under the increasingly stringent global environmental regulations, traditional electroplating processes are facing more rigorous compliance requirements. For instance, the EU’s REACH (Registration, Evaluation, Authorization, and Restriction of Chemicals) and ELV (End-of-Life Vehicles) direc...
With the continuous rise of intelligent and personalized demands, the automotive industry is setting increasingly strict requirements for materials and processes. As an advanced surface treatment technology, vacuum coating has demonstrated its unique advantages across various applications. From e...
No.1. How to realize the ‘magic’ of Optical Variable Ink?
Optical variable ink is a high-tech materials based on optical interference effect, through the multi-layer film structure (such as silicon dioxide, magnesium fluoride,
etc.) of the precise stacking, using light wave reflection and transmi...