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PET Composite Aluminum Foil For Lithium Battery

Composite aluminum foil is a new-type of battery current collector, which has thinner aluminum film, overall lighter weight, and higher safty during penetration expeirment compared to the conventional rolling aluminum foil.

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Lab Touch Screen Digital viscometer

The display parameters are more intuitive, easy to use and operate, and the appearance is beautiful and elegant.

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Magnesium Fluoride Alkoxyborate Electrolyte Salt

Electrolyte salt Mg [B (HFIP) 4] 2 is mainly used in organic magnesium metal batteries and is soluble in various ether solvents as an electrolyte. Among them, the large boron center anion has the characteristics of high oxidation stability, weak coordination ability, and good compatibility with the metal magnesium negative electrode, which makes th1

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4680 Battery Case Cylinder Cell Case for Lithium Battery

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NFSO High Voltage Sodium Iron Sulfate for Sodium-Ion Battery

The chemical formula of sodium iron sulfate is Na2Fe2 (SO4) 3, and its structure is composed of sodium ions Composed of iron ions and sulfate ions. In electrochemical reactions, sodium iron sulfate can release or absorb metal ions such as lithium ions and sodium ions through ion exchange reactions, achieving the charging and discharging process of 1

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Lithium Battery Anode Material LiDFOB Poweder For Lab Research

Lithium difluorooxalate borate is a white powder or crystal powder, similar to LiBOB. Li+ in LiODFB has a quintuple coordination structure, which easily combines with other molecules to form a regular octahedral coordination structure, and can absorb moisture in air to form LiODFB·H2O. Nowadays, the research of lithium-ion battery is hot, and the c1

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High Pure Lithium Battery Material LiBF4 Poweder

Usage: Used to improve cycle life, improve lithium-ion battery performance; As a film forming additive, LiBF4 has been widely used in current electrolytes, adding LiBF4 can broaden the operating temperature range of lithium-ion batteries and improve the high and low temperature discharge performance of batteries.

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Lithium Battery Material LiBOB Poweder For Lab Research

In lithium-ion batteries, the main role of LiBOB is to transport particles and conduct current. To perform these tasks effectively, it requires high solubility and conductivity, good chemical stability, and a wide electrochemical window. The anionic structure of LiBOB molecule has delocalization, which makes it exhibit excellent performance in the 1

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High Pure Lithium Battery Material LiFSI Poweder For Lab Research

LiFSI has good solubility in common organic solvents and can be fully mixed with solvents and other components in the electrolyte to improve the uniformity and stability of the battery's electrolyte. LiFSI electrolyte has good compatibility with the two main components of SEI film, and only replaces some of its components at 160°C. LiFSI can make u1

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Battery Material LiFSI
High Purity LiFSI Poweder

Lithium Battery Cathode Material lithium difluorophosphate Poweder For Lab Research

Lithium difluorophosphate is an inorganic compound with the chemical formula LiPO₂F₂. This substance mainly appears as a white powdery solid, with a melting point higher than 300°C, a density of 1.979g/cm³, and a solubility of 40324mg/L at 20°C. Its vapour pressure is 0.000000145Pa at 25°C and 298K. Lithium difluorophosphate has a wide range of app1

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High pure Battery Material LiTFSI Poweder For Lab Research

Lithium bistrifluoromethylsulfonimide is a white crystal or powder that has good thermal stability and begins to decompose when heated to 360 ° C. It has high electrochemical stability and conductivity, and has corrosion effect on aluminum collector at high voltage (above 4.2V). Therefore, it is often used as a lithium ion battery, organic electrol1

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Ultra-pure monolayer Single layer Graphene Oxide Powder For Battery Research

The application of ultra-pure single-layer graphene oxide in batteries is mainly reflected in the following aspects: Efficient charge and discharge: Because graphene oxide has a high specific surface area and rich functional groups on the surface, it can provide a larger electrode surface area when used as an electrode material, so that lith1

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