SOFC High Activity LSM Cathode Materials Zirconia Based Electrolyte

SOFC High Activity LSM Cathode Materials Zirconia Based Electrolyte

Our LSM cathode material can be applied by screen printing, painting or spraying after it is formulated into appropriate inks or suspensions. This LSM powder also can be mixed with one of our ceria-based electrolyte (GDC or SDC) or zirconia based electrolyte (YSZ or ScSZ) powders to improve cathode performance.

FAQ

1 Q: What is the MOQ?

A: 1kg.

2 Q: What is the shipping term?

A: We can provide Air Cargo, Sea Freight, Express, Land Transportation or according to costomers' demands.

3Q: What is the delivery time?

A: If we have stock, 2-3days after receiving your deposit.

4Q: How about the package?

A: According to costomers' demands.

Huatsing-power is a high-tech enterprise occupying a leading position in the industry. Based on independent intellectual property rights, the company specializes in the industrial development of SOFC related new energy technologies. They have undertaken the national 973 projects, international cooperation projects, science and technology support projects of Jiangsu Province. Through more than three years of painstaking researches, the company has broken through the SOFC key materials, components, stack assembly, power system integration and other key technologies on the whole industrial chain. The company is in the process of carrying out the construction of kilowatt SOFC demonstration power generation system. The company has also undertaken the historical responsibility of SOFC industrialization in China. It will unite the strongest scientific research force in China, and make joint efforts to establish an industry-academia-research development platform, to promote the industrial development of SOFC in China.

Suzhou Huatsing Power Sci.&Tech. Co., Ltd. (hereinafter referred to as “Huatsing Power”) is a high-tech enterprise integrating scientific research, new technology development, and high-tech production. It has independent intellectual property rights, whose main businesses include high-efficiency clean new energy technologies, new materials technology products, environmental protection products and engineering, and the design, manufacturing and services of related equipment. The specific products include solid oxide fuel cells (SOFC) core components and key materials, SOFC power generation systems, fuel cell test systems, engineering materials products, thermal equipment, environmental protection engineering and related services.

Huatsing Power has a core technology team led by academicians, people from the “1000-people plan”, Changjiang Scholars and other internationally renowned experts and scholars, including a number of engineering experts holding doctoral or master’s degrees in energy, materials, environmental protection, thermal and other related fields. The company is undertaking national “973” projects, international cooperation projects, provincial scientific and technological support projects, and on this basis they have built a multi-aspect open platform integrating industry, academia, research, government, and finance. They have also carried out close cooperation with China University of Mining (Beijing), China University of Technology, Shanghai Jiaotong University and the Physics Research Institute under the Chinese Academy of Sciences and other units, while maintaining long-term technical exchanges with the University of Connecticut, the University of South Carolina and other foreign universities. The company has also successfully hosted international conferences in these fields, and won multiple provincial, municipal and district-level awards for leading innovative entrepreneurial talents.

The development objective of Huatsing Power is to gather first-class talents from extensive fields, and create a corporate culture of harmony, progressiveness, innovation and dedication. Being based on our independent technology products, and leading industry trends, we provide high-quality solutions in the energy and environmental protection fields!