Danble successfully delivered a customized Low Pressure Test Chamber designed for environmental reliability testing under simulated altitude conditions.
The system provides a controlled low-pressure environment combined with temperature and humidity simulation, helping customers evaluate product performance and reliability under high-altitude and pressure-changing conditions.
With a robust pressure-resistant structure and integrated monitoring system, the chamber supports safe and reliable long-term testing for advanced components.
Many products used in aerospace, automotive electronics, new energy, and industrial applications may experience pressure changes during transportation or operation.
The customer required a testing solution capable of:
· Simulating altitude-related pressure environments
· Evaluating product adaptability under pressure changes
· Supporting long-duration environmental tests
· Ensuring safe operation during pressure cycling
The system needed high structural reliability and accurate environmental control.
Danble developed and delivered a customized Low Pressure Test Chamber integrating temperature, humidity, and pressure simulation functions.
The chamber combines mechanical strength, safety protection, and intelligent monitoring to provide a comprehensive environmental reliability testing platform.
Parameter |
Specification |
Equipment Type |
Low Pressure Test Chamber |
Application |
Altitude & Environmental Reliability Testing |
Temperature Range |
-40°C ~ +60°C |
Temperature Fluctuation |
≤±0.5°C |
Temperature Uniformity |
≤2°C |
Pressure Range |
Atmospheric Pressure ~ 50 kPa |
Pressure Recovery Time |
≤5 min (50 kPa to Atmospheric Pressure) |
Pressure Reduction Time |
≤30 min (Atmospheric Pressure to 50 kPa) |
Load Capacity |
200 kg Steel Load |
Humidity Range |
50%RH ~ 95%RH |
Inner Chamber Material |
5 mm SUS304 Stainless Steel |
Insulation Thickness |
150 mm |
The chamber adopts a reinforced structural design to ensure long-term stability during pressure cycling tests.
Heavy-duty stainless steel hinges and hydraulic locking mechanisms provide reliable sealing performance and operational safety.
The chamber is equipped with dedicated interfaces and signal connections, allowing customers to integrate external testing equipment and measurement systems according to different application requirements.
The integrated monitoring system supports:
· Real-time test status observation
· Video monitoring
· Test process tracking
· Data recording and analysis
This improves test traceability and operational efficiency.
The system is suitable for:
· Aerospace component testing
· Automotive electronics reliability testing
· Battery and new energy component validation
· High-altitude environment simulation
· Pressure adaptability evaluation
Danble completed the design, manufacturing, delivery, and commissioning of this low pressure test chamber.
The system has been successfully deployed for environmental reliability testing, providing customers with a reliable platform for product validation under simulated altitude conditions.
With Danble’s customized environmental testing solution, the customer achieved:
· Reliable low-pressure simulation capability
· Enhanced product environmental adaptability evaluation
· Improved testing safety and data traceability
· Flexible integration with external measurement systems
Danble provides customized environmental reliability testing solutions for advanced industries, including:
· Low Pressure Test Chambers
· Thermal Shock Chambers
· Temperature Humidity Chambers
· Battery Safety Test Chambers
· Three Comprehensive Test Chambers
With professional engineering capability and customized system integration experience, Danble supports global customers in developing safer and more reliable products.