Chongqing Aipu Anticorrosion Technology Co., Ltd.

Company Introduction of Chongqing Aipu Anticorrosion Technology Co., Ltd. Chongqing Aipu Anticorrosion Technology Co., Ltd. was established in February 2014 with a registered capital of 20 million RMB, located in Degan Industrial Park, Jiangjin District, Chongqing. Our company is a high-tech environmentally friendly enterprise integrating R&D, production, sales, application of waterborne nano new materials and waterborne coatings, as well as coating engineering construction and spray/dip coating processing services. We possess reactors, dispersers, sand mills, complete sets of equipment, and fully automatic packaging equipment, totaling more than 30 sets, with an annual production capacity of 10,000 tons. We own multiple "invention patents" and "utility model patents". We have assembled a team of more than 20 professionals with doctoral, master's, and bachelor's degrees in chemical engineering in both Suzhou and Chongqing, forming a technical expert team for R&D and production of waterborne nano materials and coatings, as well as engineering project construction and spray/dip coating processing. In 2019, we established a branch in Yulin, Guangxi, which well serves key customers while also vigorously expanding the southern market. Drawing on advanced foreign technology, strong independent R&D capabilities, and a pioneering and innovative spirit, the company cooperates with multiple domestic colleges, universities, and research institutes to continuously launch series of products that replace toxic and harmful solvent-based paints and coatings, meeting different market demands at home and abroad. The company is in a leading position in the domestic field of waterborne coating R&D and production, gradually making "Aipu" nano waterborne new materials and waterborne paint products规模化, branded, and internationalized. The company competes in the market with environmentally friendly and cost-effective products and has become a high-quality long-term partner of enterprises such as China State Construction Engineering Corporation, China Railway Group, China Railway Construction Corporation, China Communications Construction Company, China State Shipbuilding Corporation, CRRC Group, Zoomlion, Yuchai Group, Germany MTU, and Meixin Group. With the development of the enterprise and in combination with the characteristics of waterborne new materials and waterborne coatings, the company will further increase R&D investment, continuously optimize and improve processes and formulations, reduce product costs and prices, and better serve society. To facilitate the introduction of high-tech talents and provide a good R&D environment and conditions, and to stabilize their R&D work at the company, the company plans to establish an R&D headquarters in the Jiulongpo District High-tech Park. The small-scale and pilot-scale synthesis of new materials, as well as the small-scale and pilot-scale coating formulation, will all be completed at the headquarters, with independent R&D funding investment accounting and management, facilitating technical exchanges and strength inspections with domestic and international material suppliers and customers. Our products are waterborne new materials and waterborne coatings, which comply with environmental and safety laws and regulations. The formulations do not contain heavy metals or carcinogens such as benzene, toluene, and xylene, but there are small amounts of alcohol-based and ether-based solvents and various color pastes and color powders as pollutants. Our company can conduct primary treatment in the R&D laboratory, but the wastewater needs to be discharged into the park pipeline network for unified further treatment. Among the R&D equipment required by the company, material synthesis requires reactors with internal pressure within 1.5 kg. Our company will install one 100-liter, one 1,000-liter, one 3,000-liter, and one 6,000-liter reactor in the R&D laboratory. Coating formulation design requires 100-liter and 500-liter dispersers, a 5-liter sand mill, and experimental testing equipment. The combustible energy can be provided as natural gas-heated steam and electrically heated hot oil, and a cooling tower needs to be installed. Therefore, there are certain requirements for the site: indoor demand of about 800 square meters and outdoor demand of about 200 square meters.