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High Borosilicate New Material

  High borosilicate glass has been included in the encouraged category of the National Development and Reform Commission's "Industrial Adjustment Guidance Catalogue (2024 Edition)" and is recognized as the world's king of glass.

  High borosilicate glass is a high-performance basic new material, which has irreplaceable outstanding advantages in thermal properties, optical properties, chemical properties, electrical properties, physical and mechanical properties, and other aspects.
  This material has good fire resistance, high physical strength, and is healthy with no residue or precipitation. Compared with ordinary glass, it performs better in mechanical properties, thermal stability, chemical stability, light transmittance, as well as water resistance, alkali resistance, acid resistance, and other aspects.
  High borosilicate glass has a wide range of applications, including high-end fields such as aerospace, military, experimental research, semiconductors, microelectronics, 5G communication, biomedicine, and pharmaceuticals. It can also play an irreplaceable role in new energy and environmental protection, chemical and industrial equipment, home appliance panel observation windows and household heat-resistant vessels, optical lighting, high-end building fire-resistant glass and partitions.

High Borosilicate Photothermal Glass

Solar Photovoltaic

  The company has a professional photovoltaic team with full process implementation capabilities from planning, design to construction management in various application scenarios such as photovoltaic carports, industrial and commercial distributed photovoltaic power stations, household photovoltaic systems, and large-scale ground power stations.

Energy Storage

  The company is equipped with a professional energy storage technology team, focusing on system integration and solution design for energy storage projects, which can provide safe and efficient energy storage solutions for various application scenarios.

Charging Pile

  The company has established a professional charging pile business team dedicated to the investment, construction, operation, and maintenance of charging pile (station) projects, helping to build an intelligent and convenient electric vehicle charging network.

Solar Thermal System

  A solar thermal system is a device that directly converts solar radiation into thermal energy. Its core components include a collector, a water storage tank, and a circulation system. The system absorbs solar energy through a collector (commonly a vacuum tube or flat plate type), heats the circulating working fluid, and then transfers the heat to the water in the storage tank, providing domestic hot water, heating, or industrial heat.
  Unlike photovoltaic power generation, solar thermal systems directly generate thermal energy with higher energy efficiency. It is widely used in fields such as homes, hotels, and public buildings, and is an important technology to replace traditional gas and electric heating equipment and achieve energy conservation and carbon reduction.