DBT2-1050
Danble
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Compact & Precise ESS Testing Solution
Precision-engineered for advanced environmental simulation, the Danble Double-layer Thermal Chamber delivers rapid temperature transitions (-40°C to +150°C) with ±0.5°C stability. Designed for aerospace, automotive, and battery industries, this chamber features explosion-proof construction, IEC 60068/GB/T 2423 compliance, and a compact footprint for lab efficiency.
|Core Features
Dual Independent Zones: Simultaneous testing with 1~3 ℃/min transition speed and multiple samples under varying conditions.
Explosion-Proof Design: Reforced stainless steel construction with explosion-proof observation windows, certified for flammable/explosive material testing.
Control System: 7-incha touchscreen interface with USB/Ehternet connectivity for real-time monitoring and data export.
|Testing Protocols
Environmenta Stress Screening( ESS) : Accelerate failure mechanisms in PCBs and ICs.
Automotive Validation: Test ECUs and battery modules under thermal shock.
Aerosapce Compliance: Simulate cabin pressure cycles (MIL-STD-810D).
Renewables: Solar panel aging testing per IEC 61215 ( thermal cycling, humidity-freeze)
|Application
Battery thermal runawary testing.
Component thermal shock validation.
Material durability assessment.
|Safety & Customization
Over-temperature protection with audible/visual alarms.
Optional humidty control ( 10%~98%R.H)
Explosion-proof design for hazardours environments
Customized temperature range and volume choice from 46L to 120L
|Why Choose Our Chamber?
Time Efficiency: Reduce test cycles by 30% compared to conventional chambers.
Flexible Modes: Switch between temperature cycling and average temperature testing.
Energy-efficient design and low maintenance ensure long-term savings.
Global Recognition: Trusted by Fortune 500 companies and R&D labs worldwide.
Contact us for tailored solutions, including custom-sized chambers and integrated data management systems.


Compact & Precise ESS Testing Solution
Precision-engineered for advanced environmental simulation, the Danble Double-layer Thermal Chamber delivers rapid temperature transitions (-40°C to +150°C) with ±0.5°C stability. Designed for aerospace, automotive, and battery industries, this chamber features explosion-proof construction, IEC 60068/GB/T 2423 compliance, and a compact footprint for lab efficiency.
|Core Features
Dual Independent Zones: Simultaneous testing with 1~3 ℃/min transition speed and multiple samples under varying conditions.
Explosion-Proof Design: Reforced stainless steel construction with explosion-proof observation windows, certified for flammable/explosive material testing.
Control System: 7-incha touchscreen interface with USB/Ehternet connectivity for real-time monitoring and data export.
|Testing Protocols
Environmenta Stress Screening( ESS) : Accelerate failure mechanisms in PCBs and ICs.
Automotive Validation: Test ECUs and battery modules under thermal shock.
Aerosapce Compliance: Simulate cabin pressure cycles (MIL-STD-810D).
Renewables: Solar panel aging testing per IEC 61215 ( thermal cycling, humidity-freeze)
|Application
Battery thermal runawary testing.
Component thermal shock validation.
Material durability assessment.
|Safety & Customization
Over-temperature protection with audible/visual alarms.
Optional humidty control ( 10%~98%R.H)
Explosion-proof design for hazardours environments
Customized temperature range and volume choice from 46L to 120L
|Why Choose Our Chamber?
Time Efficiency: Reduce test cycles by 30% compared to conventional chambers.
Flexible Modes: Switch between temperature cycling and average temperature testing.
Energy-efficient design and low maintenance ensure long-term savings.
Global Recognition: Trusted by Fortune 500 companies and R&D labs worldwide.
Contact us for tailored solutions, including custom-sized chambers and integrated data management systems.
