Thermal Shock Test Chamber

Simulate Rapid Temperature Transitions to Validate Product Reliability Under Harsh Conditions
Our Thermal Shock Test Chamber delivers ultra-fast temperature switching between extreme heat and cold, replicating real-world thermal shocks for aerospace, automotive, electronics, and military applications. Compliant with MIL-STD-883K, IEC 60068-2-14, and JESD22-A104, this chamber ensures your products withstand sudden temperature changes with precision.

Core Technologies & Features

🔥 Ultra-Rapid Temperature Switching

Temperature Range:
- High-Temperature Zone: +60°C to +200°C
- Low-Temperature Zone: -70°C to -10°C
Transition Time:
- Two-Zone Model: ≤10 seconds (vertical basket movement).
- Three-Zone Model: ≤5 minutes (pneumatic air-shield switching).
Temperature Ramp Rate: Up to 40°C/min (linear/non-linear modes).

🔧 Robust Industrial Design

Chamber Construction:
- High-temperature zone: SUS304 stainless steel.
- Low-temperature zone: Polyurethane insulation with anti-condensation coating.
Load Capacity: Up to 50 kg (adjustable shelves for irregular-shaped samples).
Durability: Reinforced hinges and shock-resistant base for 10+ years of operation.

📊 Smart Control & Monitoring

10-inch touchscreen with preset GJB 150.5, EIA 364-32, and custom test profiles.
Real-time temperature curve display, alarms (overheat, sensor failure), and data logging.
USB/Ethernet ports for report generation and remote monitoring (optional).

Technical Specifications

Parameter	Specification
Temperature Range	High: +60°C ~ +200°C / Low: -70°C ~ -10°C
Recovery Time	≤5 mins (high-to-low, two-zone model)
Internal Volume	50L / 100L / 300L (customizable)
Temperature Uniformity	≤±1.0°C (high zone); ≤±2.0°C (low zone)
Power Supply	AC380V ±10%, 50Hz (3-phase)
Compliance	MIL-STD-202H, GB/T 2423.22, ISO 16750

Key Applications

✅ Electronics: Accelerated life testing of ICs, PCBs, and semiconductors.
✅ Automotive: Validate sensors, battery packs, and connectors under extreme thermal cycling.
✅ Aerospace & Defense: Certify satellite components and avionics for orbital temperature shocks.
✅ Advanced Materials: Evaluate adhesives, composites, and coatings for cracking/delamination.
✅ Consumer Devices: Test smartphones and wearables for reliability in extreme climates.

Competitive Advantages

✅ Energy Efficiency: Cascade refrigeration system reduces power consumption by 30%.
✅ Safety: Multi-level protection (overload, leakage, emergency venting).
✅ Flexibility: Optional upgrades:

Humidity control (10%–98% RH).
Vibration testing (up to 50G).
Vacuum environment simulation.
✅ Global Certifications: CE, RoHS, ISO 9001.

Customer Success Stories

“Achieved 1,000 cycles (-40°C ↔ +85°C) on EV battery connectors with zero failures. A game-changer for our R&D!”
– NextGen EV Solutions, Germany

“Three-zone thermal shock testing cut satellite component validation time by 50%.”
– Orion Aerospace Lab, USA

FAQ

Q: Two-Zone vs. Three-Zone: How to Choose?
A: Two-zone suits rapid military-grade shocks; three-zone accommodates large samples or combined humidity testing.

Q: How to prevent condensation during testing?
A: Activate the auto-defrost function or add an optional nitrogen purge system.

Q: Maintenance schedule?
A: Clean condensers every 500 hours; recalibrate sensors and refill refrigerant annually.

Why Partner With Us?

24/7 Support: Global technical team with same-day response.
Custom Solutions: Tailored chamber sizes, temperature ranges, and test protocols.
Fast Delivery: Standard units ship in 3 weeks; custom builds in 6–8 weeks.

Equip Your Lab for Extreme Reliability!

📞 Request a Quote | 📧 Free Consultation | 🌍 Worldwide Installation

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