1. From Visual Acceptance to Engineering Verification
In vacuum coating applications, determining whether a coating layer is qualified should never rely solely on visual inspection.
A coating suitable for mass production must be evaluated using measurable, repeatable, and traceable engineering cr...
1. Why Temperature Is a Critical Parameter in Vacuum Coating
In vacuum coating processes (PVD / CVD), temperature is not a standalone variable but a fundamental parameter governing substrate condition, film growth mechanisms, and interfacial structure formation.
Substrate temperature directly aff...
— A Systematic Analysis from Film Structure to Process Control
1. What Does “Color Fading After Coating” Really Mean?
In the vacuum coating industry, color fading is not merely a visual color change. It typically manifests as:
Gradual color degradation or shift over time
Color deviation after hum...
1. Introduction: Advanced Displays Demand Advanced Surface Engineering
With the rapid development of Mini LED, Micro LED, and ultra-high-definition display technologies, LED displays are evolving toward higher brightness, higher contrast, wider color gamut, and longer service life. In this proces...
No.1 Application Scenarios: Comprehensive Upgrade of Large-Size Glass for Intelligent Cockpits
With the rapid adoption of intelligent cockpits, in-vehicle displays and glass components are becoming increasingly larger and more integrated, including:
CMS / Smart Rearview Mirrors, Central Control P...
ZHENHUA Vacuum’s ZBM1819 Headlamp Protective Film Solution
In the wave of vehicle electrification and smartization, headlamps have evolved from mere “illumination devices” into key components for brand identity. Automakers and their suppliers are now pursuing higher gloss, finer texture, and more...
In vacuum coating systems, the vacuum pump assembly is the core unit responsible for establishing and maintaining the required process vacuum. Its operational condition directly affects pumping speed, ultimate pressure, system cleanliness, and the consistency and stability of coating processes. D...
The Critical Role of Vacuum Thin-Film Coating in Extreme Space Environments
In aerospace engineering, material performance directly determines the service life and mission reliability of spacecraft. Operating under extreme conditions—such as high vacuum, severe thermal cycling, intense ultraviole...
1. Core Requirements of the Eyewear Industry for Coating Technology
In eyewear products—whether ophthalmic lenses, sunglasses, or protective eyewear—surface treatment of lenses has become a critical factor determining performance and user experience.
As consumers increasingly demand higher visual...
Against the backdrop of accelerated global manufacturing upgrades, demands for high-end decorative parts and automotive trims continue to rise in terms of aesthetic texture, durability, and batch consistency. More efficient and stable coating processes are becoming crucial for enterprises to capt...
In recent years, with the accelerated mass production of smart vehicles, demand for optical structural components such as in-vehicle displays, smart rearview mirrors, and large-size center console glass has surged rapidly. The market has imposed increasingly stringent technical requirements on op...
1. Surface-Treatment Requirements Driven by New Energy Vehicles and Intelligent Cockpits
In recent years, the rapid development of new energy vehicles (NEVs) and intelligent cockpits has accelerated the adoption of large-format center displays, smart rear-view mirrors, in-vehicle touch panels, am...
In modern manufacturing, thin film deposition technologies are widely utilized across various industries including electronics, optics, automotive, and aerospace. Selecting the appropriate vacuum coating method is crucial to ensure product quality, enhance production efficiency, and control costs...