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The Air to Water Thermal Shock Chamber from LIB Industry combines an upper hot-air chamber with a lower temperature-controlled water tank to simulate severe hot-to-water thermal shock conditions.Test specimens are heated in the hot-air chamber and then automatically transferred into the water bath within 3 seconds. The lower water tank uses an integrated refrigeration coil to cool the water and provide rapid heat transfer during immersion.
The chamber is suitable for lithium battery components, automotive parts, electronic components, connectors, sealing materials and other products exposed to rapid temperature and water transitions.
Transfer Speed: ≤3 seconds rapid basket transfer
Temperature Span: +200°C (Hot Air) to -30°C (Water Bath)
Direct Cooling: Internal refrigeration coil inside the water tank
Dual Media Options: Pure water or antifreeze liquid solution
Hot Air → Rapid Transfer → Water
The chamber uses a simple two-zone structure:
| Section | Function |
|---|---|
| Upper Hot-Air Chamber | Circulates hot air to heat the specimen, up to +200°C |
| Transfer Mechanism | Automatically transfers the specimen between the two zones within 3 seconds |
| Lower Water Tank | Provides controlled water immersion for rapid cooling |
| Refrigeration Coil | Installed inside the water tank for direct water cooling |
The standard configuration uses purified water at approximately +3 to +5°C. For lower-temperature testing, an antifreeze solution can be used, with the water temperature customizable to approximately -20 to -30°C depending on the application.
Specifications of Air to Water Thermal Shock Chamber
| Specification | Standard / Customizable |
|---|---|
| Model | TS-AW Series |
| Internal Dimensions | Customizable |
| Overall Dimensions | Customizable |
| Interior Volume | Customizable |
| Loading Capacity | Customizable |
| Hot Air Temperature Range | Ambient +20 to +200°C |
| Hot Air Upper Limit | +220°C |
| Heating Time | Ambient to +200°C within 30 min* |
| Standard Water Temperature | +3 to +5°C |
| Optional Water Temperature | Approx. -20 to -30°C* |
| Thermal Shock Mode | Hot Air → Water |
| Specimen Transfer Time | ≤3 s* |
| Water Cooling Method | Integrated refrigeration coil |
| Temperature Fluctuation | ≤±0.5°C* |
| Temperature Deviation | ≤±3°C* |
| Controller | Programmable color LCD touch screen, Ethernet connection |
| Test Mode | Automatic cyclic operation |
| Safety Protection | Over-temperature, over-current, refrigerant high-pressure, earth leakage and water-level/overflow protection |
| Interior Material | SUS304 stainless steel |
| Water Tank Material | SUS304/SUS316 stainless steel |
| Standard Configuration | Pure-water cooling tank, electric transfer mechanism, test basket/shelf |
| Customization | Chamber size, water capacity, temperature range, cooling medium, loading capacity, transfer conditions and fixtures |
* Performance depends on chamber configuration, specimen load and test conditions.
Key Advantages
3-Second Rapid Transfer
The automatic transfer mechanism moves the specimen from the hot-air chamber to the water bath within 3 seconds, helping create rapid and repeatable thermal shock conditions.
Direct Water Cooling
An integrated refrigeration coil inside the water tank directly cools the water for efficient heat exchange.
Flexible Temperature Configuration
Pure water can be used for standard water-bath testing at approximately +3 to +5°C. An antifreeze solution is available for lower-temperature applications.
Customizable Design
Chamber dimensions, water capacity, loading capacity, temperature range, cooling medium and test fixtures can be customized according to specimen and test requirements.
Applications
The Air to Water Thermal Shock Chamber is suitable for:
Lithium battery components
New energy vehicle components
Automotive electronics and sensors
Connectors and electrical components
Sealing and waterproofing materials
Plastics, polymers and composites
Components exposed to sudden temperature and water transitions
LIB Industry Thermal Shock Solutions
LIB Industry provides different thermal shock configurations according to the required thermal media and test method.
| Thermal Shock Chamber | Thermal Media | Typical Application |
|---|---|---|
| Air-to-Air | Hot Air → Cold Air | Conventional thermal shock testing |
| Air-to-Water | Hot Air → Water | Hot-to-water thermal shock |
| Water-to-Water | Hot Water → Cold Water | Liquid-to-liquid thermal shock |
Whether your application requires Air-to-Air, Air-to-Water or Water-to-Water thermal shock testing, LIB Industry can customize the chamber configuration to match your specimen, temperature range and test cycle.
Frequently Asked Questions
What is an Air-to-Water Thermal Shock Chamber?
It is a thermal shock testing system that rapidly transfers a specimen from a hot-air environment into a temperature-controlled water bath.
How fast is the specimen transfer?
The standard transfer time is within 3 seconds. Customized transfer conditions are available for specific test requirements.
What is the standard water temperature?
The standard purified-water configuration provides approximately +3 to +5°C.
Can the water temperature be below 0°C?
Yes. An antifreeze solution can be used for lower-temperature testing, with the water temperature customizable to approximately -20 to -30°C depending on the configuration.
Does LIB Industry provide other thermal shock chambers?
Yes. LIB Industry also provides Air-to-Air and Water-to-Water Thermal Shock Chambers.
Can the chamber be customized?
Yes. Chamber dimensions, water capacity, temperature range, loading capacity, cooling medium, transfer conditions and fixtures can all be customized.
3-Year Warranty & Lifetime Support
LIB Industry provides a 3-year warranty and lifetime technical support for the Air to Water Thermal Shock Chamber.
Our service covers equipment operation, troubleshooting, maintenance and technical assistance throughout the equipment's service life.
Need an Air to Water Thermal Shock Chamber?
Send LIB Industry your specimen size, weight, required hot-air temperature, water temperature and test cycle.
We will recommend a suitable configuration for your application.
Contact LIB Industry for a Customized Solution
Precision In Every Test.
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