Thin carbon-based coatings significantly extend lithium-ion battery life.
Time of Update: 2020-10-15
Researchers at the University of Weston in Canada used the University of Saskatchewan's Canadian Light Source (CLS) to conduct battery technology research and found that applying carbon to lithium-ion rechargeable battery components
High purity alumina coating technology: can solve the problem of the loss of the first cycle capacity of lithium batteries.
Time of Update: 2020-09-30
Altech Chemical says it has developed a high-purity alumina composite as a lithium electrode coating that can significantly reduce the formation of SEI membranes.
Battery liquid bubble fruit preservation? Harm!
Time of Update: 2020-09-22
Changsha County local fruit market management found the problem of red hair Dan, but not reported, not completely banned, it can quite explain the problem.
The boy mistakenly swallowed the button battery, causing the gastric mucosa to decay in many places, these misunderstandings most people do not know.
Time of Update: 2020-08-29
the button battery removed by the patient had been corroded and blackened, and the child's stomach appeared a number of mucous membrane erosion damage, after surgery, the child continued to stay in hospital for gastric observation and treatment.
Methyl cellulose adhesive to power lithium batteries!
Time of Update: 2020-08-21
the fast-growing lithium-ion battery market, Nouryon began delivering its first AkuPure product, a methyl cellulose (CMC) polymer derived from cellulose, the world's richest polymer.
Zhejiang University developed a high-energy density lithium sulfur battery with moldy rice for carbon materials for mold spores.
Time of Update: 2020-08-07
Moldy rice, after a series of processes such as modification, carbonation, and so on, has become a new type of energy storage material. Xia Xinhui Researchers at Zhejiang University's School of Materials Science and Engineering recently
Anada intends to increase its capital holding subsidiary plus-code battery-grade iron phosphate production capacity.
Time of Update: 2020-08-04
On the evening of July 30, Anada (002136) announced that it intends to increase the capital of 77 million yuan to the holding subsidiary of Copper Ling Nayuan Materials Technology Co., Ltd.
BASF's European battery materials plant is on schedule
Time of Update: 2020-06-26
BASF's new plant will start production in 2022as starting ground construction at the Harjavalta Forward Materials (PCAM) plant in Finland construction permits have been granted at the Schwarzheide(CAM) plant in Germany
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Lanxon subsidiary launches Tepex flame retardant material for high-voltage battery components for electric vehicles
Time of Update: 2020-05-28
Through its own test ingress, Bond-Laminates conducts a comprehensive study of the combustion behavior of polyamide 6-based secondary injection-molded Tepex materials.
Keschuang and Henkel to promote the development of electric transportation to provide adhesive solutions for efficient lithium-ion battery packaging
Time of Update: 2020-03-16
Henkel's loctite AA 3963 battery module adhesive and kostron's high UV penetrating polycarbonate alloy baybrand ® meet the requirements of large-scale automatic glue injection technology, and the adhesive can be flexible and fast curing.
adhesive solutions for efficient lithium-ion battery packaging
Time of Update: 2020-03-16
To this end, Covestro and Henko have developed a solution that efficiently secures cylindrical lithium-ion batteries in plastic battery holders by combining Henco's UV curing adhesive with Covestro's high UV transmission through polycarbonate alloys.
Summary of the achievements of Professor Hu Wenbin's team in the field of energy battery materials in 2019
Time of Update: 2020-01-19
The development of sustainable energy technology is of great significance to alleviate the increasingly serious environmental pollution and realize the sustainable economic growth
Ji Xiaobo team of Central South University has made new progress in the field of anode materials for binary transition metal oxide lithium ion batteries
Time of Update: 2020-01-10
Recently, the research group of Professor Ji Xiaobo of Central South University has made new progress in improving the cycle stability, activating its reversible conversion and optimizing its lithium storage performance.
Tang Zilong group of Tsinghua University made another breakthrough in high rate lithium-ion battery materials
Time of Update: 2020-01-01
Recently, Professor Tang Zilong's research group of Tsinghua University School of materials published research results entitled "glass ceramic like high rate vanadate methods for high rate rate lithium ion batteries" in the Journal of advanced energy materials.
The research group of Professor Zheng Junrong of Peking University has made important progress in the research of zinc ion batteries in water system
Time of Update: 2019-12-17
Due to the increasingly serious environmental pollution and sustainable energy consumption, renewable energy and renewable energy storage technology are becoming more and more
in the research field of high safety and high energy lithium ion batteries
Time of Update: 2019-12-04
Lithium ion batteries have been widely used in many fields, such as mobile phones, laptops and new energy vehicles, because of their high energy density and long cycle life
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Professor Niu Li's team of Guangzhou University has made new progress in the field of lithium sulfur battery
Time of Update: 2019-11-19
As one of the most promising energy storage systems in the next generation, lithium sulfur battery has been widely concerned by researchers at home and abroad
However
However
Xi'an Jiaotong University researchers have made important progress in the field of flexible battery research
Time of Update: 2019-11-07
With the increasing demand for portable wearable electronic devices (such as folding mobile phones, wearable detectors, smart bracelets, etc.), the research and development
Stanford University develops new coating to make lithium metal battery safer and more durable
Time of Update: 2019-11-06
According to foreign media reports, researchers from Stanford University and SLAC National Accelerator Laboratory have invented a new coating, which can make the light metal
