Automotive Battery Explosion-Proof Test Chamber for EV & Power
Battery Safety Validation | Thermal Abuse, Overcharge & Fire
Containment Testing
Product Overview
As electric vehicles and energy storage systems continue to evolve,
battery safety has become a non-negotiable priority. The HeJin Automotive Battery Explosion-Proof Test Chamber is engineered to protect personnel, facilities, and test integrity
during high-risk battery abuse testing.
Manufactured by HeJin, a source factory specializing in Auto Parts Test Equipment, this dual-layer explosion-proof chamber combines reinforced
structural design, intelligent control, and reliable safety
interlocks. It allows engineers to reproduce real-world failure
scenarios—such as thermal runaway or internal short circuits—while
maintaining a controlled and observable testing environment.
From R&D labs to automotive OEM validation centers, this
equipment supports safer, more repeatable, and regulation-ready
battery testing.
Features
- Dual-Layer Explosion-Proof Structure
Reinforced inner and outer chambers effectively contain shock
waves, flames, and debris during battery failure tests. - High-Strength Steel Construction
Industrial-grade materials ensure long-term durability and
resistance to high temperature and pressure. - Intelligent Control System
PLC + touchscreen interface enables precise test control, real-time
monitoring, and data recording. - Multi-Level Safety Protection
Includes pressure relief design, emergency stop, automatic power
cut-off, and alarm systems. - Excellent Sealing Performance
Prevents flame leakage, gas escape, and external contamination
during extreme testing events.
International Standards Reference
- UN 38.3
Transportation of Dangerous Goods – Lithium Battery Testing- T.5 External Short Circuit
- T.6 Impact / Crush
- T.7 Overcharge
- IEC 62660-2
Secondary lithium-ion cells for propulsion of electric road
vehicles – Reliability and abuse testing - IEC 62133-2
Safety requirements for portable sealed secondary lithium cells and
batteries - ISO 12405-4
Electrically propelled road vehicles – Test specification for
lithium-ion traction battery packs and systems - GB/T 31485 / GB/T 31467 Series
Safety and performance requirements for EV power batteries
Technical Parameters
| Parameter | Specification |
|---|
| Chamber Structure | Dual-layer explosion-proof design |
| Inner Chamber Material | High-strength carbon steel |
| Outer Chamber Material | Reinforced steel plate |
| Chamber Door | Heavy-duty hinged door with safety lock |
| Observation Window | Explosion-proof glass |
| Temperature Range | RT ~ +200°C (customizable) |
| Temperature Control Accuracy | ±1°C |
| Pressure Relief System | Automatic pressure release |
| Control System | PLC + touch screen |
| Power Supply | AC 380V / 50Hz (customizable) |
| Safety Protection | Emergency stop, alarm, auto power-off |
| Exhaust System | High-temperature resistant exhaust duct |
| Fire Containment | Flame-retardant internal design |
| Data Monitoring | Real-time temperature & status display |
Detailed images
FAQ
Q1: Can the chamber be customized for large battery packs?
Yes. Chamber dimensions and load capacity can be customized
according to battery size and test requirements.
Q2: Is the system suitable for lithium-ion battery fire testing?
Yes. The chamber is designed to safely contain fire, explosion, and
high-temperature events during battery abuse tests.
Q3: What safety protections are included?
The system includes explosion-proof structure, emergency stop,
automatic power cut-off, pressure relief, and alarm functions.
Q4: Does it support international testing standards?
The equipment is designed to support major international battery
safety standards such as UN 38.3, IEC, ISO, and GB standards.
Q5: Is on-site installation support available?
Yes. HeJin provides remote or on-site installation and
commissioning support depending on project requirements.
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