High Purity Nickel Strip Suppliers,High Purity Nickel Strip Manufacturers

Titanium Metal Ti Foam for Lab Battery Experiment

Titanium faom can be widely used in the chemical industry, metallurgical industry and gas purification fields etc.

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High Quality Glassy Carbon Electrode GCE for Lab Battery Experiment

The glassy carbon electrode is abbreviated as GCE, which slowly heats polyacrylonitrile resin or phenolic resin to high temperature (up to 1800C) in an inert atmosphere to form glass-like amorphous carbon, which is suitable for electronic conductor materials for electrodes.

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High Temperature Muffle Furnaces For Laboratory Research

The furnace consists of high quality alumina fiber brick and MoSi2 heating elements with special design, and furnace temperature is controlled byhigh precision SCR (Silicon Controlled Rectifier) digital controller with accuracy ±1℃ and 30 segments programmable.

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Grade Sodium Metal Chips For Coin Cell Raw Material

It is specially designed for button batteries (2032, 2025, 2016) to use composite sodium sheets, with a diameter of 15.6mm, a thickness of 0.4~0.5 mm, and a purity of more than 99.7%.

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Three Dimensional Vibration Ball Mill for Laboratory Research

AOT-SQM-2 Double-tank high-speed three-dimensional pendulum ball mill for grinding and mixing of various materials.It is an ideal small equipment for laboratory preparation of ultrafine powder and nanomaterials.Dry and wet grinding can be used to mix solids, suspensions and pastes with different particles and materials. Grinding can be carried out 1

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Sodium Battery Material Sodium Metal Chips For Coin Cell Raw Material

It is specially designed for button batteries (2032, 2025, 2016) to use composite sodium sheets, with a diameter of 15.6mm, a thickness of 0.4~0.5 mm, and a purity of more than 99.7%.

Lithium Battery Electrode Substrate Material Nickel Foam

Nickel Foam For Lithium Battery Electrode Substrate Material

Foam nickel is a kind of porous metal with three-dimensional full through mesh structure, which is made of foam like metal nickel through high-tech deep processing.

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Sodium Nickel Iron Manganese Layered oxide for Sodium-ion Battery Cathode Materials

Sodium nickel iron manganese oxide is a chemical substance with the chemical formula NaNi1/3Fe1/3Mn1/3O2 . It is a composite oxide composed of four elements: sodium, nickel, iron, and manganese. Sodium nickel iron manganate has excellent electrochemical performance and is widely used in the field of batteries.

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Aluminum Foil Coating Sodium Nickel Iron Manganate

Sodium Nickel Iron Manganate Coated on Aluminum Foil For Sodium Battery

Sodium Nickel Iron Manganate Coated on Aluminum Foil,The contact between the particles and the current collector is better, and the internal resistance of the battery is smaller, which is conducive to the exertion of gram capacity and improves cycle and rate performance.

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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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