Mixing & Preparation
Vacuum mixing and material preparation establish the starting point for electrode development.
About Jintang New Energy
Jintang New Energy develops core materials and pouch-format semi-solid NMC and lithium-metal cell platforms for demanding electric applications. Our company-owned experimental line and validation equipment connect new material development with structured cell quality assessment, supported by qualified manufacturing partners.
Experimental Line
The small-scale line reflects the major workflow of semi-solid pouch-cell development, with equipment for material processing, electrode construction, cell assembly, and finishing.
Vacuum mixing and material preparation establish the starting point for electrode development.
Coating and densification shape electrode architecture and loading.
Precision cutting and layer stacking prepare the pouch-cell core.
Pouch forming, tab operations, and sealing build the cell enclosure.
Electrolyte filling, formation, and final sealing prepare cells for evaluation.
Test Equipment
Dedicated equipment supports structured screening from electrochemical behaviour to environmental exposure and safety abuse conditions.
Cycling, rate capability, charge-discharge behaviour, and electrical fault screening.
Mechanical strength, deformation, drop, and impact response evaluation.
Combustion, short-circuit, penetration, crush, drop, and impact response testing.
Distributed Development & Manufacturing Network
Jintang New Energy leads core material and formulation development from Shenzhen, with pilot-line and cell-validation capability in Qingdao. Qualified manufacturing partners in Zhengzhou, Huzhou, and Liyang support flexible production across different cell formats and customer programs.
Core material and formulation R&D, product definition, and customer program coordination.
Small-scale experimental line, process development, and dedicated cell-testing capability.
Responsive multi-specification cell manufacturing capacity through qualified partner facilities.
Collaborative Development