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On May 29, 2025, the 34th China International Glass Industrial Technology Exhibition (commonly known as China Glass) successfully concluded at the China International Exhibition Center (Shunyi Pavilion) in Beijing. As the world's largest and most influential professional glass industry exhibition in 2025, this year's event, themed "Intelligent Manufacturing, Green Future," once again demonstrated the vibrant innovation and enormous market potential of China's glass industry, creating an efficient platform for global industry chain communication and cooperation with results far exceeding expectations. Unprecedented Scale Showcasing Industry Vitality The exhibition covered a total area of 106,800 square meters, gathering 910 leading glass enterprises from 31 countries. During the four-day event, it attracted 105,987 professional visitors from 136 countries and regions, including a record-breaking 13,140 international visitors - doubling the previous edition's numbers - fully demonstrating the exhibition's global influence. Insightful Perspectives Clarifying Industry Directions The exhibition clearly outlined three major industry trends: Accelerated green transformation: Photovoltaic glass, cadmium telluride power-generating glass, Low-E glass and other green technologies became mainstream exhibits Deepened intelligent manufacturing: AI, big data and IoT applications throughout the glass manufacturing chain Rise of high-value-added materials: Specialty glass like ultra-thin, smart light-adjusting, and fireproof explosion-proof glass becoming innovation hotspots Spectacular Highlights Igniting Innovation Leading domestic and international companies launched new products: CTIEC displayed 30-micron ultra-thin flexible foldable glass China Building Materials Academy introduced new fused zirconia-chrome-corundum refractory materials North Glass presented high-end tempering furnace intelligent production lines Han's Laser showcased dual-station cutting and splitting machines In the international zone: Air Products debuted its intelligent polishing and cutting detection system in Asia Honeywell exhibited thermal energy solutions for glass production International giants like Italy's Bottero presented innovative solutions Particularly noteworthy was Foshan Nanhai Ruixin Glass Co., Ltd. (hereinafter referred to as "Ruixin Glass"), a benchmark enterprise in China's glass processing sector, which impressed attendees with its series products including crystal glass bricks, premium shower enclosures, and curved tempered glass. The Ruixin Glass booth attracted continuous crowds, with its innovative craftsmanship and exquisite product designs earning high praise from domestic and international clients. This glass manufacturing expert from Nanhai, Foshan has grown into a modern glass processing enterprise integrating R&D, production and sales through over two decades of technological accumulation. During the exhibition, Ruixin Glass reached cooperation agreements with multiple clients from Europe and the Middle East, further expanding its international market presence. International participation significantly increased, with strong returns from national pavilions including Germany and Italy. Ten high-end technical exchange sessions were held concurrently, exploring industry trends from multiple dimensions. The "Glass Creates a Better Future" popular science exhibition vividly presented the evolution and innovative applications of glass technology, attracting numerous visitors. The success of the 34th China Glass not only comprehensively showcased industry achievements but also promoted in-depth cooperation in the global industrial chain. The 35th China Glass will be held in Shanghai in April 2026 - let's look forward to the next industry gathering together!

Decoding Crystal Brick Craftsmanship: From Molding to Coating, How Ordinary Glass Transforms into Spatial Jewels   When sunlight filters through storefront windows, the crystal bricks that refract rainbow-like radiance never fail to astonish with their transparency and brilliance. Few realize that these artworks, akin to spatial jewels, begin as mundane glass. Through a series of exquisite techniques from molding to coating, ordinary glass undergoes a gorgeous metamorphosis, blooming with unique charm in architectural and decorative domains.   The Miracle Begins with Molding Technology   The process starts with injecting molten glass into meticulously designed molds—a step that imparts the initial "soul" to the glass. Mold design is pivotal, dictating the crystal brick's basic shape and texture. Designers leverage superb craftsmanship and rich imagination to create diverse mold patterns: some meander like flowing water, others dot like starry skies, and some exhibit the rhythmic beauty of geometric patterns. When the scalding glass liquid contacts the mold and cools rapidly, ordinary glass gains its preliminary three-dimensional form and surface texture. This stage requires precise control of temperature and cooling rate; even slight deviations can cause deformation or bubbles, compromising subsequent quality.   The Critical Stage: Polishing and Buffing   After molding, crystal bricks enter the crucial polishing phase. The newly molded bricks may still bear rough traces, like uncut jade. Polishing artisans use professional tools to carefully sand each surface, removing burrs and unevenness. This not only enhances the brick's smoothness but also prepares it for subsequent processes. Polishing is like dressing the crystal brick in a shiny coat—through special materials and techniques, the surface achieves a mirror-like luster, endowing it with initial light-transmitting and refractive capabilities. Artisans' experience and skill are decisive here; only the right degree of polishing can make the crystal brick's basic form shine.     The Core of Brilliance: Coating Technology   While molding and polishing lay the groundwork, the coating process is the core that makes crystal bricks radiate like jewels. Coating is like draping a mysterious veil over the brick—by depositing one or more layers of special metal or metal oxide films on its surface, it alters the light reflection and refraction properties. The thickness and composition of this film must be precisely controlled to achieve ideal optical effects. When light strikes the coated crystal brick, marvelous interference and diffraction phenomena occur, presenting colorful hues and dreamlike light effects. Different coating processes and film designs can make crystal bricks exhibit various visual effects: some shine like diamonds, others appear pure like crystals, and some display gradient colors, adding infinite charm to spaces.   Advanced Enhancement Treatments   In addition to the main processes, high-end crystal bricks often undergo special strengthening treatments to improve hardness and impact resistance. For example, tempering significantly enhances their strength, allowing them to remain intact under moderate impact. Moreover, functional treatments like anti-fog and waterproof coatings are applied to meet diverse scenarios, ensuring excellent decorative effects in humid environments like bathrooms and kitchens.   From Ordinary to Extraordinary: The Journey of Craftsmanship   The craftsmanship journey from ordinary glass to spatial jewels embodies the wisdom and dedication of countless artisans. Every process is a meticulous carving, and every detail reflects the pursuit of beauty. When applied to architecture and decoration, these crystal bricks transcend mere materials—they become spatial artworks, telling stories of ingenuity and beauty through light and shadow. In the future, with continuous technological innovation, crystal bricks will undoubtedly astonish us with more surprising forms, bringing endless delights to our living spaces.  

Multi-layer Composite Bulletproof Glass: Unveiling the Technological Core of "Transparent Armor"   I. Multi-layer Composite Structure: The Cornerstone of Safety Protection The outermost glass layer generally consists of high-strength tempered glass or chemically strengthened glass. Tempered glass undergoes a high-temperature quenching process, creating a uniform compressive stress within, which significantly enhances its strength. This enables it to effectively withstand the initial impact of bullets, disperse the impact force, and reduce the risk of glass breakage. Chemically strengthened glass, on the other hand, forms a high-strength compressive stress layer on the glass surface through an ion-exchange technique. It has higher hardness and superior scratch resistance. Even when scratched by sharp objects, it can maintain good integrity, thus buying time for subsequent protection.   Some high-performance multi-layer composite bulletproof glasses also incorporate special functional layers, such as polycarbonate (PC) sheets. Polycarbonate is an engineering plastic with ultra-high impact resistance, hundreds of times stronger than ordinary glass in terms of impact resistance. Combining PC sheets with glass and interlayer films can further enhance the overall protective ability of bulletproof glass, effectively withstanding shots from high-powered firearms. Additionally, special functional layers can be added with functions such as heat insulation, sound insulation, and ultraviolet protection according to actual needs, improving the glass's comprehensive performance.   II. Empowered by Technology: Innovations in Materials and Craftsmanship In terms of manufacturing processes, high-precision production equipment and strict quality control procedures ensure the quality of multi-layer composite bulletproof glass. The cutting and grinding of glass require extremely high precision to ensure that each layer fits closely together, avoiding gaps that could affect the protective effect. The lamination process of the interlayer film is also of vital importance. Vacuum hot-pressing technology is used to fully integrate the glass and the film, eliminating air bubbles and impurities, and making the multi-layer structure a solid whole. Meanwhile, during the production process, each piece of bulletproof glass undergoes strict performance tests, including bullet firing tests, impact resistance tests, and weather resistance tests. Only products that pass all tests can be put into use, ensuring their reliability in practical applications.   III. Extensive Applications: Guarding the Safety Lines of Key Sectors With its superior performance, multi-layer composite bulletproof glass plays an indispensable role in numerous fields. In the financial sector, bank counters and ATM protective covers commonly use bulletproof glass, which can effectively resist violent criminal acts such as robberies, safeguarding the lives and properties of staff and customers. Its transparency ensures smooth communication during business transactions, and its powerful protective capabilities build an impregnable safety barrier for banks.   In the construction field, high-end residences, government buildings, important institutions, and other places are increasingly using multi-layer composite bulletproof glass. For high-end residences, bulletproof glass not only provides safety guarantees but also meets the owners' needs for privacy protection and aesthetics. Its excellent sound insulation and heat insulation properties can also enhance living comfort. In government buildings and important institutions, bulletproof glass can resist threats such as terrorist attacks and accidental impacts, ensuring the safety of personnel and information inside the buildings.   In the transportation field, bulletproof glass is a core safety component of bulletproof vehicles. From bulletproof sedans to armored vehicles, multi-layer composite bulletproof glass can withstand various firearm shots and explosive impacts, providing a safe mobile space for passengers inside. At the same time, with technological advancements, lightweight bulletproof glass is gradually being applied to civilian vehicles, providing additional safety protection for special - occupation personnel and high-risk groups. IV. Future Prospects: Sustained Innovation and Meeting New Challenges With the continuous escalation of security threats and the rapid development of technology, multi-layer composite bulletproof glass also faces new opportunities and challenges. In the future, researchers will continue to explore lighter, thinner, and more efficient bulletproof materials. While ensuring protective performance, efforts will be made to reduce the weight and thickness of the glass and expand its application range. For example, developing new composite materials by combining high-strength lightweight materials such as carbon fibers and aramid fibers will further enhance the comprehensive performance of bulletproof glass.   Intelligentization will also be one of the development directions for multi-layer composite bulletproof glass. By integrating sensors and intelligent control systems, bulletproof glass can monitor its own status in real-time. Once attacked or damaged, it can promptly issue an alarm and automatically activate emergency protection measures. In addition, the application of intelligent dimming technology will allow bulletproof glass to adjust its transparency according to ambient light and user needs, enhancing both safety and usability.   As "transparent armor", multi-layer composite bulletproof glass, with its unique structural design, advanced material technology, and wide range of applications, has become an important part of the modern safety protection system. Driven by continuous technological progress, it will continue to evolve and upgrade, providing more reliable and intelligent protection for people's lives and properties, and continuing to write its own legend in the future of safety protection.