Brazed heat exchangers corrugated plates create multiple flow channels, maximizing the heat transfer surface area within a small footprint. This makes them ideal for applications where space is limited.
Brazed heat exchanger (BPHE) is a type of compact heat exchanger that consists of corrugated metal plates that are brazed together to form a single unit. The brazing process involves melting a filler material, tipically copper-based alloy ( Brazed Plate Heat Exchanger,Brazed Heat Exchanger,Refrigeration Oil Cooler Evaporator,Brazing Heat Exchanger Jiangsu Baode Heat-Exchanger Equipment Co.,LTD , https://www.baodehex.com
Recently, the famous University of Central South University and Changan Group's Jiangbin Company Pistons Material Research Center and Jiangbin Experimental Center were unveiled at Hunan Jiangbin Machinery Group. At the ceremony, Zhang Zhicheng, deputy mayor of the People's Government of Xiangtan City, and Gao Jun, general manager of the Chang'an Group Science and Technology Development Department also gave speeches to express their warm congratulations on the cooperation between Central South University and Jiangbin Company.
Deputy Director Zhu Deqing of the Science and Technology Department delivered a speech on behalf of the school. He hoped that the two sides will take the opportunity to build a piston material research center, focusing on the country's major needs, but also effectively guide the market demand, give full play to their respective advantages in resources, and cooperate closely, and strive to build the Piston Materials Research Center through the combination of production, study and research. National level technology research and development platform to achieve mutual benefit and win-win.
Liu Pengzhan, deputy general manager of Jiangbin Company, introduced the hardships of Jiangbin's development and growth to the participants and described the company's vision for a leap-forward development. The guests sincerely hope that through the combination of production, study and research, the company will promote the rapid and sound development of Jiangbin Company and contribute to the promotion of local social and economic development, serving the defense industry, and leading the industry to upgrade.
On April 10, 2006, Central South University and Hunan Jiangbin Machinery Group Co., Ltd. and other six Hunan military units signed a strategic cooperation alliance agreement, signing content covering talent cultivation, scientific research and other aspects. On October 11th, 2008, in the cooperation meeting of the Central People's Government of Xiangtan City and the School of Central South University, our university and Jiangbei Piston Co., Ltd. signed the "New Type Piston Materials R&D Center Cooperation Framework Agreement."
The Hunan Jiangbin Piston Branch is directly under the China Chang'an Automobile Group Co., Ltd. It is a professional R&D and manufacturing enterprise for high-performance internal combustion engine pistons. It is the only special piston development center in China and is also the largest production base for mid-to-high-end internal combustion engine pistons in China. The company's main business is manufacturing and sales of pistons, gears and oil pumps for automobiles and marine engines. The current scale: assets of 410 million yuan, more than 1,000 sets of modern high-precision numerical control equipment, with an annual output of 3.8 million medium and high-grade engine pistons, the total number of 1200 employees.
Stainless or Nickle are available) between the plates to create a strong and leak-proof joint.
The main advantages of brazed heat exchangers include their high heat transfer efficiency, compact size, and reliability.The basic flow principle in a brazed plate heat exchanger is parallel to achieve the most efficient heat transfer process.In a single pass design, all connections are located on one side of the heat exchanger, making installation very easy.
The flow principle of a brazed heat exchanger is based on the counter-current flow configuration, where the two fluids involved in the heat transfer process flow in opposite directions. e.g the picture A and B