Research and development of products

The main professional research fields of Haohua Gas are: High-purity electronic gas, special chemicals, power insulation gas, electronic mixed gas, standard gas, electronic fine chemicals, etc., to undertake gas detection, gas application and engineering, analytical instrument customization and other businesses.

Main research directions:

1. Fluorination synthesis technology

Large-capacity electrolytic fluorine production technology, organic electrochemical fluorination synthesis technology, fluorine-nitrogen mixture preparation and fluorination application technology, and related product development of fluorine-containing gas, lithium battery electrolyte, immersion coolant and fluorine cleaning agent.

2. Production technology of fluorine-containing electronic gas

Development of technologies for synthesis, deep purification, clean filling and analysis and testing of fluorocarbon gas products.

3. Synthesis and purification technology of high-purity electronic gas

Chemical synthesis, deep purification, clean filling technology and product development of high purity electronic gas. Development of high value-added utilization technologies such as collection and purification of raw materials, tail gases and by-products (such as chlorine, hydrogen chloride, hydrogen, ammonia, hydrogen, carbon monoxide, carbon dioxide, hydrocarbon gases, fluorocarbon gases, etc.) in industrial gas, chlor-alkali, coal chemical, petrochemical and fluorine chemical industries.

4. Gas analysis and testing technology and customized products

Development of analysis and testing technologies related to high-purity gas, industrial gas, standard gas and other gases, development of customized analytical instruments, and provision of customized products and services.

5. Supercritical dyeing technology

Development of supercritical carbon dioxide dyeing technology and equipment, simulation of fluid mass transfer and distribution process in dyeing process, development of dyeing devices with different specifications, meeting the needs of different textile dyeing capacity, subverting the current situation of high energy consumption and high water consumption in the traditional printing and dyeing industry, and realizing green and clean production of waterless dyeing.