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Welcome to the official website of Hunan Xirui Automation Equipment Co., Ltd!
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Specializing In The Design And Manufacturing Of
Ultra-high Temperature Industrial Electric Furnaces
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Major Science and Technology Innovation Platform Special Conference on Major Scientific and Technological Achievements of Provincial Laboratory-Yongjiang Laboratory Thermal Field Material Innovation Center Appears at Zhejiang Science and Technology Innovation Conference
12
2023
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National hydrogen science and technology "silk" series of carbon paper products officially released!
"Silk" series of carbon paper products officially released
08
The third wave of hydrogen energy: is the hydrogen energy industry ushering in an inflection point?
Hydrogen energy not only has the function of reviving traditional industries, can take into account the gradual upgrading of traditional automobile industry and energy industry, but also promote the safety, intelligence, and low carbonization of energy system. It is the future industry with the largest scale and the strongest industrial driving force.
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What are the fuel cell performance recovery methods?
Graphite Industry and Environment
China's implementation standards for graphite production are strict, aiming to ensure that the quality and environmental performance of graphite products comply with national laws and regulations and related regulations.
05
Harbin Institute of Technology AM:3000 ℃, ablation resistance!
A method for preparing C/C composites using sugar-derived carbon instead of petrochemicals as a dense matrix. The matrix of sugar-derived carbon/carbon (S-C/C) composites has a nano-graphite structure with high thermal stability and can be effectively combined with carbon fibers. The mechanical properties of the S-C/C composites are comparable to those of composites prepared from petrochemical feedstocks; more importantly, the linear ablation rate is 0.03mm MWm-2 after ablating at 3000°C for 200 seconds under a heat flux of 10 s-1. The new S-C/C is promising for a wide range of applications from semiconductors to aerospace
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10
Silicon-Based Negative Electrode-Vapor Deposition Silicon Carbon
Silicon-based anode, the most anticipated next-generation battery material Swelling Problem, Achilles Heel of Silicon-Based Negative Electrode The technical route has changed, and the gas phase deposition of silicon carbon has become a consensus. Revolution has not been successful, the difficulties of industrialization of vapor deposition silicon carbon
Ningde era began to build aircraft (negative material graphitization furnace)
The battery uses a high-power bionic condensed electrolyte to build a micron-level adaptive network structure, regulate the interaction force between chains, enhance the stability of the microstructure, improve the dynamic performance of the battery, and improve the efficiency of lithium ion transport. More importantly, the condensed state battery also polymerizes a series of innovative technologies, including ultra-high specific energy positive electrode, new negative electrode, separator, process, etc., so that it has both excellent charge and discharge performance and high safety performance.
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