Designed for high-risk thermal testing scenarios, the Double-Layer Explosion-Proof High and Low Temperature Test Chamber by HeJin delivers uncompromising safety, temperature accuracy, and long-term stability.

Built with a reinforced double-layer explosion-proof structure, this environmental test chamber is engineered to protect both operators and laboratories while ensuring reliable thermal cycling tests for batteries, automotive components, and industrial materials.

• Double-Layer Explosion-Proof Structure
  Reinforced inner and outer chambers reduce risk during battery thermal runaway or pressure-related incidents.
• Wide Temperature Range Control
  Stable performance in both high and low temperature environments, suitable for long-duration and cycling tests.
• High-Precision Temperature Uniformity
  Advanced airflow design ensures even temperature distribution across the test space.
• Intelligent Control System
  Touchscreen controller with programmable test profiles, data logging, and fault alarms.
• Multi-Level Safety Protection
  Includes over-temperature protection, pressure relief design, emergency stop, and alarm system.

• IEC 60068-2-1 – Test A: Cold
• IEC 60068-2-2 – Test B: Dry Heat
• IEC 60068-2-14 – Test N: Temperature Change
• ISO 16750-4 – Road Vehicles – Climatic Loads
• UL 1642 – Lithium Battery Safety Testing
• UN 38.3 – Lithium Battery Transport Tests (Thermal Test Section)
• GB/T 2423.1 & GB/T 2423.2 – Environmental Testing for Electrical Products

• Lithium-ion battery thermal testing
• EV battery module and pack safety validation
• Automotive electronic components testing
• Aerospace and rail transit components
• Industrial materials aging and reliability testing
• Research institutes and third-party laboratories

• Q1: Is this chamber suitable for lithium battery safety testing?

  Yes. The double-layer explosion-proof structure is specifically designed for high-risk battery thermal tests.

• Q2: Can the temperature range be customized?

  Absolutely. HeJin offers customized temperature ranges and chamber sizes.

• Q3: Does it support long-term cycling tests?

  Yes. The chamber is designed for continuous and long-duration thermal cycling.

• Q4: What industries commonly use this chamber?

  Automotive, EV battery manufacturing, energy storage, electronics, and research laboratories.

• Q5: Are international standards supported?

  The design references IEC, ISO, UL, UN, and GB standards.