High-Sensitivity Thermal Hazard Analysis Detect early self-heating and characterize thermal stability under adiabatic conditions. It is designed for battery materials, small-capacity cells and reactive chemical samples
Medium-sized insulated acceleration calorimeter The Right-Sized Solution for Real-World Thermal Behavior
High-capacity Isobaric Acceleration Calorimeter Power / Energy Storage Cell & Module Thermal Runaway Professional Testing Equipment
Ultra-large capacity insulated accelerated calorimeter Suitable for 20Ah - 800Ah large capacity energy storage cells, prismatic batteries, large-format square / pouch-type power batteries, cylindrical large cells, and multi-cell integrated modules.
Full-Chain Thermal Runaway Characterization in One Single Test Heat. Gas. Kinetics. Integrated.
High-Sensitivity Microcalorimetry for Precise Heat-Flow Measurement Small thermal effects can reveal what is otherwise difficult to observe: a reaction beginning, a material changing, a component dissolving, or a biological process taking place. Designed specifically for measuring these subtle changes.
The cone calorimeter measures the heat release rate of materials based on the principle of oxygen consumption. Measure key indicators Heat release rate | Total heat release quantity | Mass loss | Gas analysis
An economical calorimeter for quickly screening the risks of exothermic reactions
The thermal runaway front is the crucial area thatconnects the "unaffected zone" and the "thermallyrunaway zone" Capturing the front allows the dynamic, intense andirreversible heat runaway propagation process to beobservable and analyzable.
Simulate the gas generation process of the battery cell during thermal runaway, for the purpose of evaluating the gas generation volume, rate and composition during the thermal runaway process of the battery cell.
Charge and discharge heat generation | Heat capacity | Various types of cells
Thermal Safety & Analysis Instruments | Precision Testing Solutions
