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Nextgen Advanced Materials applied intelligent production equipment to reduce labor input, enhance production efficiency and ensure production safety. More importantly, we made great efforts to protect the environment. All the production plants of Nextgen Advanced Materials have wastewater and waste gas treatment stations, which not only solve the pollution and emission problems in industrial production, but also meet the environmental protection standards required by the industry, and truly achieve zero emissions. In addition, Nextgen Advanced Materials makes use of solar photovoltaic technology for energy storage and power supply to produce its various products such as Zirconia Ceramic Needle, Zirconia Ceramic Pin, Zro2 Tube, ZrO2 ring, etc. Nextgen Advanced Materials also effectively implemented the production dedusting scheme, providing a safe workshop production environment for front-line employees, and providing medical security for employees.

Zirconia，with its molecular formula of ZrO2, is the main oxide of zirconium. Natural minerals containing zirconium mainly include incline zircon and zircon and so on. Zirconia is usually a white odorless and tasteless crystal, insoluble in water, hydrochloric acid and dilute sulfuric acid, chemically stable, and features high hardness, high melting point, high resistivity, high refractive index and low thermal expansion coefficient characteristics, has been widely used in wet-resistant ceramics, refractory materials, machinery, electronics, optics, aerospace, biology, chemistry and other fields. Our common artificial drills and dental implants are also based on zirconia as the main material.

Have you ever faced the frustrating trade-off between a polymer’s electrical insulation and its need for efficient heat dissipation? What if a single material could break this bottleneck, elevating your product’s performance to a whole new level? In my two decades at the forefront of materials science, I’ve seen numerous innovations come and go. Yet, the integration of Boron Nitride Powder into polymer composites continues to stand out as a genuinely transformative approach for engineers and product developers.

Beryllium oxide has a melting point of 255 °C and a density of 3.03g/cm3. The stability is excellent when heated, especially the resistance to reduction is strong, of all oxides beryllium oxide is the most resistant to carbon reduction at high temperatures. BeO thermal conductivity is very high, but conductivity is very low. Beryllium oxide at low temperature mechanical strength is relatively small, but at 1600℃, mechanical strength is basically unchanged, is the highest pressure strength of oxides at this temperature.

When purchasing alumina crucible, do you pay attention to the material of alumina crucible？ Because the material directly determines how high the temperature the crucible stands and how many times it can be heated. But when the material remains the same, what factors determine the quality of a crucible?

The answer, in my professional opinion, lies in the revolutionary science behind Graphite Ceramic technology. It’s not just another product it’s a fundamental shift in protection.