DIGITAL PRESS
Electronic press for solid-state battery evaluation
View details ↗TERA LEADER / RESEARCH EQUIPMENT
Products
Explore cell jigs, pressure and measurement equipment, temperature-controlled test equipment and materials processing equipment.
3 results
Hydraulic Digital Press
Hydraulic loading equipment for research tests
View details ↗Digital Load Cell Indicator
Load display instrument using load cell signals
View details ↗SOLID-STATE BATTERY RESEARCH
Solid-State Battery Research Fields
Explore the research chain from materials and interfaces to cell evaluation, safety, manufacturing and sustainability. Open a topic to read more.
This is a research guide. Product links identify relevant TERA LEADER equipment; suitability depends on the model, configuration and experimental conditions.
Materials, electrodes & interfaces
Solid electrolytes
Research on the composition, synthesis, crystal structure, ionic conductivity and stability of sulfide, oxide, halide, polymer and composite electrolytes.
Relevant equipment
Cathodes & composite electrodes
Cathode formulations, electrolyte and conductive-additive networks, binders, ion/electron transport and high-voltage stability.
Anodes, lithium metal & anode-free cells
Lithium plating and stripping, volume changes and dendrites in lithium-metal, silicon, tin, graphite and anode-free cell configurations.
Relevant equipment
Electrode–electrolyte interfaces
Interfacial reactions, resistance, contact loss, voids, cracks, coatings, protective layers and adhesion.
Relevant equipment
Cell assembly & performance
Cell forming & assembly
Pellet and electrode forming, densification, stacking, alignment, current-collector contact and repeatable cell assembly.
Relevant equipment
Pressure, load, displacement & expansion
Formation pressure, operating stack pressure, cycling-induced load and thickness changes, and coupled electrochemical–mechanical behavior.
Relevant equipment
Temperature-dependent evaluation
Temperature effects on ionic conductivity, interfacial resistance, cell performance and coupled temperature–pressure conditions.
Electrochemical performance & transport
Cycling, rate capability, impedance, polarization, conductivity and lithium transport, including fixtures and temperature equipment used with separate electrochemical analyzers.
Relevant equipment
Characterization, safety & reliability
Structural, chemical & operando analysis
Diffraction, spectroscopy, microscopy, tomography and in situ/operando observation of structures, chemistry, interfaces, cracks and lithium behavior.
Safety, thermal stability & failure analysis
Internal shorts, dendrite penetration, heat generation, thermal runaway, overcharge and mechanically induced failure mechanisms.
Lifetime, degradation & reproducibility
Cycle and calendar aging, repeated pressure/temperature conditions, test variability and measurement uncertainty.
Processing, scale-up & environment
Electrode & electrolyte-film processing
Powder, slurry and binder design; dry/wet processing; thin-film formation, coating, calendering, sintering and low-temperature densification.
Large-area cells, pouch cells & scale-up
Large-area electrolyte films, multilayer stacks, pouch-cell assembly and sealing, uniform pressure, throughput, yield and quality control.
Relevant equipment
Moisture, air stability & processing environment
Moisture/oxygen sensitivity, gas evolution from sulfide materials, drying, storage, transfer and glovebox/dry-room conditions.
Modeling, data & sustainability
Computation, simulation, AI & data
Materials discovery, atomistic/continuum and multiphysics modeling, interface/stress prediction, experimental design and data-driven performance/degradation analysis.
Recycling, resources & techno-economics
Recovery and reuse of electrodes/electrolytes, raw-material supply, process energy, life-cycle impacts and manufacturing economics.