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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Mixing, storage and transfer equipment for battery liquids
New Energy Tank Components
Tanks and components for battery electrolyte and slurry mixing, storage and transfer.
Request A QuoteThe Range
What We Manufacture in This Category
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.
Ask About This PartThe Problem
Why Buyers Come to Us for This
High-viscosity battery slurry is difficult to mix and mixing efficiency is often the bottleneck. At the same time electrolyte is corrosive and purity-critical, so every wetted surface, weld and seal in the tank either protects the material or contaminates it.
Who This Is For
- Battery cell manufacturers scaling from pilot line to volume production
- Electrolyte and slurry producers needing corrosion-resistant storage
- Equipment integrators building fluid handling skids for battery plants
- R&D and pilot facilities that will later need the same design at production scale
How We Approach It
As China's new energy sector expanded, SRX moved the same dynamic measurement and fabrication capability into battery fluid mixing, storage and transfer equipment. Materials are matched to the duty - 316L stainless steel, PTFE linings and equivalent - to handle corrosion and purity demands. Joints are made with automated TIG and plasma welding for leak-free construction, and wetted surfaces are mirror-polished to Ra 0.2 micrometres or better so that sensitive materials are not held in the surface finish.
Core Advantages
What Makes These Different on the Line
Materials matched to the chemistry
316L stainless steel, PTFE linings and equivalent materials are selected against the corrosion and purity demands of the specific liquid.
Leak-free welded construction
Automated TIG and plasma welding is used to produce joints without leak paths, with advanced sealing on every connection.
Surface finish that protects the material
Mirror-polished wetted surfaces at Ra 0.2 micrometres or better limit the amount of product held on the wall and make cleaning effective.
Safety designed in
Fire prevention, leak detection and containment systems are engineered into the equipment in line with global standards.
Lab scale through to GWh production
The same design approach covers pilot vessels and equipment for GWh-level production lines, so the scale-up path is continuous.
Application Scenarios
Industries Using This Range
Energy and Environmental Industry
Weighing of coal and biomass pellets, and dosing and metering of lime and activated carbon in wastewater treatment processes.
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Chemical and Plastics Industry
Weighing and metering of plastic granules, resins, fertilisers, pesticide powders, pigments, dyes and similar materials, and precise dosing of raw materials prior to chemical reactor processes.
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Questions
FAQ About New Energy Tank Components
Which materials do you use for electrolyte contact surfaces?
316L stainless steel and PTFE linings are the standard options, selected against the corrosion and purity requirement of the specific liquid. Tell us the chemistry and concentration and we will confirm the material.
What surface finish is available on the wetted side?
Mirror-polished surfaces to Ra 0.2 micrometres or better, produced to protect sensitive materials from contamination and to make the vessel cleanable.
Are the tanks suitable for high-viscosity slurry?
Yes. Mixer selection and internal geometry are engineered for high-viscosity battery slurry, where standard agitation is slow and incomplete.
Can equipment specifications and control systems be customised?
Yes. Our engineering team tailors the solution from equipment specification through to the control system so the unit matches the production requirement.
Has the equipment been exported?
Equipment has been exported to regions including Europe and the United States, and is used by domestic battery manufacturers from lab scale to GWh-level production lines.
Next Step
Specify New Energy Tank Components With Our Engineers
Send the duty and we will confirm what applies, what needs customising and what it costs.