Energy & Environment
Thermal analysis and calorimetry for batteries, hydrogen, CO2 capture, renewable energies, heat storage, fossil…
Industries We Serve
Real-world thermal characterization — explore application notes across 20+ industries, from batteries and EVs to polymers, pharmaceuticals and geology.
Thermal Analysers
Thermal analysis and calorimetry applications powered by SETARAM instruments.
Thermal analysis and calorimetry for batteries, hydrogen, CO2 capture, renewable energies, heat storage, fossil…
Characterize building materials, ceramics, cermets, glass, metals & alloys, minerals and nanomaterials with SETARAM…
Microcalorimetry for biomolecules, food, living organisms and pharmaceuticals — stability data you can trust.
Thermal stability, OIT, pyrolysis, composition and curing — complete polymer characterization by DSC, TGA…
Calorimetry for chemical process risk assessment — temperature, heat, pressure and kinetics under normal…
Thermal Conductivity
Thermal conductivity testing applications powered by C-Therm transient methods.
Thermal conductivity of AM powder feedstocks — process-critical data for laser sintering, EBM and…
Advanced thermal conductivity testing for EV thermal management — accelerate time to market and…
Thermal characterization of cells, modules and packs — key data for battery thermal management…
Thermal properties of biomaterials and implants — protecting tissue and electronics alike.
Develop better cement, concrete and insulation — high thermal resistance without sacrificing strength.
Safely measure the true thermal conductivity of energetic materials — small samples, real data…
Reliable thermal conductivity of heat transfer fluids, coolants and nanofluids for efficient industrial processes.
ASTM D5334-compliant measurement of rock cores, soils and aggregates for geothermal and energy-infrastructure design.
Rapid, accurate characterization of insulation materials and aerogels — used by leading researchers worldwide.
Optimal thermal conductivity testing of metal hydrides for solid-state hydrogen storage research.
Characterize costly nanomaterials with just 1.5 ml sample volume — quick measurements, thermal mapping…
Non-destructive testing of oils, greases and waxes — from the lab bench to on-line…
Characterize PCMs for thermal energy storage — conductivity in both solid and liquid states.
Characterize heat dissipation in thermally conductive polymer compounds replacing metals and ceramics in electronics.
From soils to metal powders — quantify how particle size, packing and moisture drive…
Quantify the warm-feel / cool-touch sensation of fabrics per ASTM D7984 — trusted by…
Rapid, reliable testing of greases, gap fillers, pads and adhesives for electronics cooling and…
Get application guidance, commercial quotes and demos from our thermal specialists.