New Energy & Battery Materials
"Energy Regulation" in the Microscopic Realm
Addressing the stringent requirements for impurity control and temperature profiling in the R&D of battery materials (such as lithium-ion and sodium-ion batteries), we provide an integrated suite of equipment—ranging from precursor synthesis and slurry homogenization to high-temperature atmospheric sintering—to support the comprehensive development of material physical and chemical properties.
Key Logic
Precursor Synthesis → Slurry Dispersion → Material Calcination → Electrode Inspection → Structural Analysis.
Advantage
In response to the new energy industry's specific demand for "zero metal contamination," we offer customized ceramic or Teflon coating services to safeguard the purity of the materials' electrochemical performance.
Process Flow
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01Material SynthesisKey EquipmentGlass / Stainless Steel ReactorsDescriptionCo-precipitation or hydrothermal synthesis of precursors for cathode and anode materials.
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02Slurry PreparationKey EquipmentUltrasonic Dispersers / MixersDescriptionEnhancing the dispersion uniformity of conductive agents and active materials, while eliminating slurry agglomeration.
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03Thermal ProcessingKey EquipmentVacuum Atmospheric Tube Furnaces / Muffle FurnacesDescriptionCarbonization, sintering, and doping modification of materials under inert gas protection.
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04Non-destructive TestingKey EquipmentUltrasonic Flaw Detectors / Thickness GaugesDescriptionIn-line or off-line inspection of battery electrode coating thickness and internal defects (cracks/voids).
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05Composition AnalysisKey EquipmentX-ray Fluorescence Spectrometers (XRF)DescriptionQuantitative analysis of elemental composition and harmful impurities (e.g., Fe, Cu) within battery materials.
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06Structural CharacterizationKey EquipmentRaman Spectrometers / Infrared Spectrometers (FTIR)DescriptionAnalysis of electrode material graphitization levels, surface coating layers, and electrolyte composition.
Customers Cases
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