Features
| Self-heating detection sensitivity far exceeds the 0.02 °C/min standard threshold, with exceptional adiabatic performance. | Dynamic sealing structure rated to 3 MPa per GB/150 enables sealed-condition nail penetration testing for extreme scenario safety assessment. |
| Integrated adiabatic thermal runaway–gas evolution analysis with optional real-time camera for gas behavior recording and mechanism studies. | Comprehensive active and passive safety systems: rupture disc, pressure relief valve, audible and visual alarms, emergency stop button, furnace lid anomaly detection, and dual overtemperature protection. |
| 200 mm × 250 mm chamber covers full range of pilot-scale cell formats. | Precise thermodynamic and kinetic parameter characterization including specific heat capacity, charge/discharge heat generation, and GB/T 36276 adiabatic temperature rise. |
| Modular design enables both battery material thermal stability testing and cell-level testing for cross-scale thermal safety assessment. | Built-in differential temperature baseline database with online thermocouple consistency calibration. |
| Heating wire auxiliary heating with baseline calibration and intelligent algorithms improves experimental efficiency by up to 5× for rapid high-risk formulation screening. | Pressure/temperature–video synchronized monitoring for full experimental process visibility. |
| Compact footprint requires no site modifications; deploys rapidly in university labs, R&D centers, and battery plant design departments. |
Specifications
| Adiabatic Furnace Dimensions | 200 (Diameter) × 250 mm (Depth) |
| Temperature Control Range | RT–450°C, optional low-temperature module to –40°C |
| Self-Heating Detection Sensitivity | 0.01–0.02 ℃/min, adjustable via software |
| Adiabatic Tracking Rate | 0.02–25°C/min |
| Temperature Difference between Furnace and Sample in Constant Temperature | ≤0.5°C |
| Working Pressure | 0–3 MPa |
| Calorimetric Chamber Pressure Relief Vent | Included |
| Rupture Disc | Included |
