Advanced Battery Materials Synthesis
At Macsen Energy, we engineer high-purity materials for next-generation battery technologies. Our integrated R&D and electrochemistry infrastructure allows us to support projects ranging from laboratory-scale material discovery to pilot-scale and industrial manufacturing.
Our battery materials custom synthesis capabilities support customers from early-stage research to scale-up and commercialization. Backed by a dedicated R&D laboratory, advanced synthesis equipment, analytical characterization systems, and electrochemical testing facilities, we develop and evaluate cathode materials tailored to specific performance requirements. Our infrastructure enables material production from kilogram-scale laboratory batches to tonne-scale commercial manufacturing. Our team of experienced scientists provides technical expertise across material design, synthesis, characterization, process optimization, and battery performance evaluation.
Our Capabilities
Macsen Energy combines advanced electrochemical research infrastructure with decades of chemical manufacturing expertise to support the development of next-generation battery materials and energy storage technologies. Our capabilities cover the complete battery material development cycle, including material synthesis, analytical characterization, battery testing, process development, and manufacturing scale-up, enabling seamless support from laboratory innovation to industrial production.
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Coin Cell Fabrication
In-house coin-cell and pouch-cell fabrication capabilities, combined with comprehensive electrochemical characterization, enable the evaluation of material performance, cycle life, and long-term stability.
2
Half-cell & Full-cell Testing
Our integrated battery R&D laboratory supports electrode fabrication, coin-cell assembly, half-cell & full-cell testing, and electrochemical performance evaluation. Advanced analytical capabilities, including HPLC, LC-MS, ICP-OES, ICP-MS, GC-MS, FTIR, and UV-Vis spectroscopy, provide comprehensive material characterization and performance validation.
3
Kilogram-Scale Material Production
We develop and synthesize advanced battery materials using dedicated laboratory infrastructure, including inert-atmosphere synthesis systems, autoclaves, ball mills, furnaces, and specialized processing equipment. Our expertise includes cathode materials, anode materials, electrolyte chemistries, and customized battery material development. Laboratory-scale production is available in kilogram quantities to support research, validation, and scale-up activities.
4
Scale-Up and Tonne Scale Manufacturing Support
Backed by the manufacturing infrastructure of the Macsen Labs Group, we support the transition from laboratory-scale development to pilot and commercial production. Our capabilities include process optimization, pilot-scale synthesis, manufacturing validation, technology transfer, and scale-up planning for advanced battery materials and sodium-ion battery technologies.
Advanced R&D & Electrochemical Infrastructure
Macsen Energy operates a dedicated electrochemical R&D laboratory equipped for material synthesis, electrode fabrication, and battery performance evaluation.
Research & Development Infrastructure
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01
Material Synthesis Facilities
- Laboratory fume hoods for inert-condition synthesis
- Ball Mill
- Muffle Furnaces
- Inert reaction and filtration assemblies
- Rotary evaporators
- Vacuum ovens
- Autoclave and hydrogenation systems
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02
Battery Development Equipment
- Electrode Coating Machine
- Roll Press Machine
- Electrode Punching Machine
- Argon glove box
- Coin cell fabrication systems
- Coin cell crimper
- Slurry mixers
- Calendering machine
- Galvanostatic battery cyclers
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03
Analytical & Characterization Systems
- HPLC
- Prep HPLC
- LCMS
- LC-MS/MS
- GC
- GC-MS/MS
- ICP-OES
- ICP-MS
- FTIR
- UV-Vis Spectrophotometer
Click here for a complete overview of our Battery R&D Lab Infrastructure.
Manufacturing Infrastructure
Macsen Energy is backed by the manufacturing strength of Macsen Labs Group, a chemical and pharmaceutical manufacturing organization with a legacy dating back to 1952. The group has pilot-scale and tonne-scale chemical manufacturing infrastructure and is well positioned to support custom material synthesis from R&D quantities to industrial-scale production.
To further strengthen sodium-ion battery material scale-up, Macsen Energy has allocated 10,000 sq. meters of land for a dedicated Prussian Blue Analogue cathode material facility, along with a planned sodium-ion cell fabrication pilot line.
To further strengthen sodium-ion battery material scale-up, Macsen Energy has allocated 10,000 sq. meters of land for a dedicated Prussian Blue Analogue cathode material facility, along with a planned sodium-ion cell fabrication pilot line.
Click here for a complete overview of our Manufacturing Infrastructure.
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