High Borosilicate Experimental Equipment Supplier

High borosilicate experimental equipment is a high-performance experimental equipment made of high borosilicate glass tube as the core material. The main components are silicon dioxide and boron oxide, supplemented by a small amount of aluminum oxide and alkali metal oxides. This material is produced by high-temperature melting and precision annealing technology. It has excellent heat resistance, chemical stability, mechanical strength and optical properties. It is widely used in laboratories, chemicals, pharmaceuticals, solar energy utilization and industrial and civil fields.

We are a high-tech enterprise specializing in the production of quartz and special glass products, integrating R&D, production and sales. Since its establishment, the company has developed rapidly, introduced advanced technologies and production equipment from home and abroad, established a strict quality control system, and continuously improved production processes to enhance product performance. Relying on strong technical strength and rich industry experience, we have developed a variety of high borosilicate glass, quartz glass and special glass products, which are widely used in laboratories, chemicals, photovoltaics, semiconductors, optics and other fields.

With excellent product quality and rapid response capabilities, we have provided many customers with high-purity, high-temperature resistant and corrosion-resistant glass solutions, and successfully assisted customers in solving many urgent production problems, winning wide recognition in the market.

The linear thermal expansion coefficient of high borosilicate experimental equipment is as low as (3.3±0.1)×10⁻⁶/K. It can withstand drastic temperature changes (such as high temperature heating and sudden cooling) to avoid cracking due to thermal stress. It is suitable for laboratory heating, high temperature reaction and other scenarios. It is resistant to strong acids and alkalis and is suitable for corrosive media. The surface is smooth and non-porous, reducing the deposition of pollutants and ensuring the purity of the experiment.

The high borosilicate experimental equipment has high light transmittance, which is convenient for observing the experimental process and is suitable for optical instruments and reaction monitoring. With high strength and hardness, it can be made into precision instruments and pressure-resistant containers (such as vacuum collectors and high-pressure reactors).

With its excellent physical and chemical properties, high borosilicate glass has shown a wide range of application value in many fields. In the field of laboratories and scientific research, it is widely used to manufacture various chemical instruments, such as conventional experimental utensils such as beakers, test tubes, condensers, as well as various reaction vessels and high-purity experimental consumables. These products can perfectly meet the laboratory's needs for high-temperature operating environments, while ensuring that the experimental process is not contaminated, providing reliable hardware support for scientific research.

In terms of solar energy utilization, high borosilicate glass has become the core material of vacuum solar collector tubes due to its excellent thermal stability and light transmittance. This material can efficiently absorb and convert solar energy, significantly improve the thermal efficiency of equipment such as solar water heaters, and provide important support for the development and utilization of clean energy.

The chemical and pharmaceutical industries also have a strong demand for high borosilicate glass. Due to its excellent corrosion resistance, it is widely used in the manufacture of chemical pipelines, drug storage containers, and food testing equipment. These applications can not only effectively avoid the precipitation of heavy metals, but also prevent pollution caused by various chemical reactions, ensuring the purity and safety of the production process.

In the industrial and civil fields, high borosilicate glass also shows unique value. It is used to manufacture various high-end craft glass products, such as exquisite tea sets and lamps, which not only meet functional needs, but also have aesthetic value. In addition, in the field of energy-saving lighting, lamps made of high borosilicate glass are also popular for their excellent performance. These diverse applications fully demonstrate the broad market prospects of high borosilicate glass as a special functional material.