Battery Electrolyte Mixing Tank
Mixing tank with top-mounted agitator drive for battery electrolyte and high-viscosity slurry, with equipment specification and control system tailored to the production requirement.
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Solution
Battery Fluid Handling
As China's new energy sector expanded, SRX grew into battery fluid mixing, storage and transfer equipment. High-viscosity slurry mixes slowly and incompletely in the wrong vessel, and electrolyte punishes the wrong material - so both the geometry and the metallurgy are engineering decisions, not options.
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From Requirement to Commissioned Equipment
Stage 1
Define the fluid
Chemistry, viscosity, purity requirement and operating temperature set everything downstream.
Stage 2
Select materials
Precision-matched 316L stainless steel, PTFE linings and equivalent materials to meet corrosion and purity demands.
Stage 3
Engineer the structure
Optimised geometry for mixing efficiency, safety and scalability, from lab tests through to mass production.
Stage 4
Design in safety
Fire prevention, leak detection and containment systems in line with global standards.
Stage 5
Weld and finish
Automated TIG and plasma welding for leak-free joints, advanced sealing and mirror-polished surfaces at Ra 0.2 micrometres or better.
Stage 6
Integrate the controls
Equipment specification through to control system is tailored by our engineering team to the production requirement.
Stage 7
Scale up
The same design approach carries from lab scale to GWh-level production lines, so the pilot result transfers.
Components
Tank Components We Manufacture
Mirror-Polished Electrolyte Storage Tank
Cylindrical storage tank with mirror-polished wetted surfaces, welded by automated TIG and plasma process for leak-free joints.
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Skid-Mounted Liquid Processing Unit
Pre-piped processing skid combining vessel, pumps and control panel, delivered as one unit so site work is limited to services and commissioning.
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Stainless Storage Vessel
Base-mounted storage vessel for liquid material holding and transfer, material selected against the corrosion and purity demand of the fluid.
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Other Ways We Work
Questions
FAQ About Battery Fluid Handling
Why does surface finish matter for electrolyte?
A mirror-polished surface at Ra 0.2 micrometres or better holds less material on the wall, which protects sensitive materials from contamination and makes the vessel cleanable.
How are joints made leak-free?
Automated TIG and plasma welding is used for the joints, combined with advanced sealing on connections.
Does the equipment perform outside normal ambient conditions?
The equipment is engineered for reliable performance in extreme temperatures and high humidity, to fit diverse operational needs.
Who uses this equipment?
Top domestic battery manufacturers, with equipment spanning lab scale to GWh-level production lines, and units exported to regions including Europe and the United States.
Next Step
Start a Battery Fluid Handling Project
Send the requirement and we will come back with the engineering approach, the scope and the price.