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Lithium Boron Alloy chip
Lithium Boron Alloy chip 查看详情
Lithium-boron alloy chips Physical Characteristics Molecular formula: Li , B Phase composition:Li7B6▪nLi Melting point: ≥600℃ Part No.#:Li55,Li60,Li65,Li70 Chemical Index Part No.# Chemical Composition(weight) /% Li Other Li 55 55±2 remainder Li 60 60±2 remainder Li 65 65±2 remainder Li 70 70±2 remainder Specifications The dimensions and tolerances are as follows, and the specific specifications are customized according to customer's requirements. (Unit: mm) Diameter Diameter Tolerance Thickness Thickness Tolerance 4.0-16 ±0.1 0.1-0.3 ±0.01 >16-21 ±0.2 >0.3-0.6 ±0.02 >21-100 ±0.3 >0.6-0.8 ±0.02     >0.8-1.0 ±0.03     >1.0-2.0 ±0.04 Performance Introduction 1. Compared with the widely used lithium-silicon alloy, lithium-boron alloy has better performance in terms of maximum voltage and discharge time as an anode material. 2. Under different loads, the maximum voltage of the unit battery is 0.10-0.27V higher than that of lithium-silicon alloy, and the discharge time is extended by 11.4-78.1%. Appearance Quality The surface of the product shall be: -Clean and bright -Free of dark spots or surface depressions that would cause scrap -Free of oxidation -Free of foreign matter Edges shall be smooth and free from burrs Inner & Outer Packaging Inner packaging: Metal cans or aluminum plastic composite bags, filled with high-purity argon gas for packaging. Outer packaging: Corrugated cardboard boxes or steel drums. Transportation/Storage Conditions 1. During the transportation of the product, it should be fireproof and moisture-proof, and should not collide violently. Drums should not roll on the ground. 2. The product should be stored in a rain-proof, clean, dry, non-corrosive and well-ventilated environment. It is strictly prohibited to store in the open storage. 3. The shelf life of the product is 1 year.

About Us

Established in 2006, China Energy Lithium Co., Ltd. is a state-level high-tech enterprise, whose main business is research, development, production and sales of lithium battery electrode materials and related products. Driven by technological innovation, we has carried out in-depth industry-university-research cooperation with more than ten top international research institutes, and has made outstanding achievements in promoting the prelithiation technology of rechargeable lithium batteries and the industrialization of new lithium anode materials for rechargeable lithium batteries. 

    Adhering to the tenet of serving global users with high level and high efficiency, we will provide the overall solution of prelithiation technology (including multi-specification products, application technology, prelithiation equipment, experimental platform, technical consultation, etc.) with customized services to meet the needs of lithium power battery, energy storage battery and 3C batteries manufacturers.
    As a supplier of lithium metal anode materials for rechargeable lithium batteries, our innovative products, such as lithium/lithium alloy on current collector, ultra-thin lithium foil, ultra-thin lithium alloy foil, can be applied to solid-state batteries, lithium-sulfur batteries, lithium metal batteries and so on.
    In addition, the battery-grade lithium foil, lithium chips, lithium rope, high-purity lithium, passivated lithium powder, lithium-aluminum alloy foil, lithium-magnesium alloy foil, lithium-silicon alloy powder, lithium-boron alloy foil/chips and other products developed by us have been widely used in lithium-manganese dioxide cylindrical batteries, lithium-thionyl chloride cylindrical batteries, lithium-iron batteries, lithium-manganese dioxide coin batteries, thermal batteries and lithium supercapacitors etc. The products sell well all over the world. 
    We pay attention to the construction of quality management system and environmental management system, and has passed ISO9001: 2015 certification, ISO14001: 2015 certification and IATF16949: 2016 certification.
    We will continue to adhere to technological progress and technological innovation, and is willing to join hands with partners to create and promote the brilliance and development of the lithium batteries industry.

 

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03 2025-01

General Manager Chen Qiang of China Energy Lithium Co., Ltd. and his delegation visited the Guolian Research Institute for an investigation and exchange.

On February 28th, General Manager Chen Qiang and his delegation from China Energy Lithium Co., Ltd. visited the Guolian Research Institute for an investigation. Wang Jiantao, Deputy General Manager of the Guolian Research Institute, accompanied them on a tour and engaged in discussions.
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08 2020-01

Some methods of pre-lithiation

  Source: Lithium Battery Alliance Chairman Author/Zhu Liang etc. In order to solve this problem, people have studied prelithiation technology. The electrode material is recharged with lithium through prelithiation to offset the irreversible lithium loss caused by the formation of the SEI film, so as to increase the total capacity and energy density of the battery. The common pre-lithiation method of anode lithium supplement technology is anode lithium supplement, such as lithium foil supplement lithium, lithium powder lithium supplement, etc., which are currently the key development pre-lithiation processes. Lithium foil Pre-lithiation with lithium foil is a technology that uses self-discharge mechanism to supplement lithium. The potential of metallic lithium is the lowest among all electrode materials. Due to the existence of the potential difference, when the anode material contacts the metallic lithium foil, electrons spontaneously move to the anode, accompanied by the intercalation of Li+ in the anode. The electrolyte is dropped on the silicon nanowire anode grown on the stainless steel substrate, and then it is directly contacted with the lithium metal foil to supplement lithium. A half-cell test was performed on the anode after replenishing lithium, and it was found that the open circuit voltage of unreplenished lithium was 1.55V, and the specific capacity of lithium intercalation for the first 0.1C discharge at 0.01~1.00V was 3800mAh/g; the silicon nanowires after replenishing lithium were open circuit The voltage is 0.25V, and the specific capacity for lithium insertion for the first time is 1600mAh/g. The tin-carbon anode is directly contacted with the lithium foil soaked in the electrolyte for 180 minutes to supplement lithium. With a half-cell test, the irreversible specific capacity of tin-carbon is reduced from 680mAh/g to 65mAh/g after replenishing lithium. The anode constitutes a full battery. The ICE tested at a rate of 1.0C at 3.1 to 4.8V is close to 100%, and the cycle is stable, and the rate performance is good. Although the anode can be pre-lithiated in direct contact with the lithium foil, the degree of pre-lithiation is not easy to accurately control. Insufficient lithiation cannot sufficiently improve ICE; and excessive pre-lithiation may form a metal lithium plating layer on the surface of the anode. Z. Y. Cao and others have improved the safety of pre-lithiation with lithium foil. The designed active material/polymer/lithium metal three-layer structure anode can be stable in ambient air for 30-60 minutes, which is sufficient for anode processing. The three-layer structure is: a metal lithium layer electrochemically deposited on a copper foil, the lithium layer is coated with a polymethyl methacrylate protective layer and an active material layer.
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08 2020-01

Academician Yang Yusheng of the Chinese Academy

Academician Yang Yusheng, an academician of the Chinese Academy of Engineering led a team of experts to visit and guide our company. The two sides conducted in-depth discussions on the application of lithium metal in batteries.  
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China Energy Lithium Foil Co., Ltd

Company Tel:+86 22 59832337,59832338,59832339
Sales Tel:+86 22 59816838,59816832,59816829

E-mail:cel@cellithium.com  
  Company address:  No. 100, the 9th Avenue of Xinye, West TEDA, Tianjin, China.