Hengjia high-purity nano-aluminum hydroxide project was approved, demonstrating the industry's innovative strength

Shandong Hengjia High Purity Aluminum Technology Co., Ltd., as an industry-leading high-purity aluminum material manufacturer, recently announced the successful approval of its nano-aluminum hydroxide project, marking a new level of innovation in the field of high-performance new materials. With the advancement of this project, Hengjia High Purity has not only increased the added value of its products, greatly enhancing its competitiveness in the market, but also injected strong momentum into the company's diversified product lines. The successful research and development of nano-aluminum hydroxide will become another important strategic layout of Hengjia High Purity after boehmite products, further consolidating its leading position in the global new materials industry.

Hengjia High Purity Aluminum always adheres to the "high purity" route and is committed to providing high-quality, high-performance aluminum materials to the global market. Since its establishment, Hengjia High Purity has continuously pioneered and innovated in the refractory industry. With its unique technological advantages, it has launched a number of revolutionary products, including calcined activated alumina, sintered tabular corundum, high-purity sintered spinel, high-purity mullite, etc. The launch of each product embodies Hengjia High Purity's deep insight and precise grasp of technological innovation, R&D investment and market demand.

Among them, the annual production capacity of high-purity sintered spinel has exceeded 20,000 tons, and is widely used in refractory materials, lithium battery saggers and other fields. Hengjia high-purity spinel, with a purity of 99.7%, has greatly reduced the impurity content, which significantly improves its high-temperature performance and corrosion resistance, making it an ideal choice for many high-end applications. Boehmite, with its advantages such as moderate hardness, uniform particle size distribution and low water absorption, has become the core material for lithium battery separator coating, helping to improve battery safety and service life.

With the rapid development of nanotechnology, nano aluminum hydroxide, as a cutting-edge new material, has increasingly shown its market application potential. Hengjia High Purity's nano aluminum hydroxide project will further enhance the added value of the product by introducing advanced production technology and strict quality control. It is expected that the added value of this new product will increase by more than three times, providing customers with more refined and personalized products to meet the needs of the higher-end market.

Nano aluminum hydroxide has the characteristics of small particle size, large surface area and strong stability, and is widely used in high-performance ceramics, electronic materials, optical coatings and other fields. Its application in new refractory materials, battery separator materials and environmentally friendly coatings will promote the technological progress of related industries and open up a broader development space for Hengjia High Purity. Through this nano aluminum hydroxide project, Hengjia High Purity not only further consolidated its technological advantages in the field of aluminum materials, but also provided strong support for promoting the upgrading and innovation of industry materials.

The success of Hengjia High Purity lies not only in the excellent performance of its high-purity products, but also in the company's continuous technological innovation and product research and development. From refractory materials to new energy battery materials, to advanced ceramics and optical materials, Hengjia High Purity always keeps up with market demand, is customer-oriented, and continuously launches innovative products to meet the growing demand for high-performance materials in various industries.

For example, the main component content of high-purity mullite reaches more than 99.7%, and it has been widely used in high-grade corundum mullite products, especially in the fields of dry quenching, large glass kilns and kiln furniture, showing extremely excellent performance. Through refined product research and development and production, Hengjia High Purity continues to improve the material's high temperature resistance, corrosion resistance and oxidation resistance, providing customers with more efficient and more durable solutions.

With the successful establishment of the nano-aluminum hydroxide project and the construction of the production line, Hengjia High Purity's technological advantages in the field of high-end aluminum synthetic raw materials will be further consolidated. In the future, the company will continue to adhere to the innovation-driven development concept, continue to launch a series of new products that meet market demand and have high added value, and promote the overall technological progress of the industry.

In addition, Hengjia High Purity will also deepen cooperation with global leading companies, continuously expand its international market share, and strive to occupy a more important position in the global new materials field. With its deep accumulation in the field of high-purity aluminum materials and its continuously expanding product lines, Hengjia High Purity will steadily move forward in the future market competition and become a leader in the global new materials field.

Hengjia High Purity Aluminum Technology Co., Ltd. has always been at the forefront of industry development with its outstanding technological innovation and product research and development capabilities. From calcined activated alumina, sintered tabular corundum, high-purity spinel to boehmite and nano-aluminum hydroxide, every step of Hengjia High Purity embodies the innovation and breakthrough of the industry. In the future, Hengjia High Purity will continue to lead the trend in the field of global high-performance new materials, promote industrial upgrading, help global customers achieve more efficient and environmentally friendly production goals, and contribute more wisdom and strength to the development of the new materials industry.