The Endurance Test Rapid Temperature Aging Chamber simulates repeated exposure to extreme temperature transitions, from –70°C to +150°C, with rapid temperature ramp rates up to 5/10/15/20°C per minute, ensuring products can withstand mechanical and structural stress caused by thermal expansion and contraction. Standard chamber volumes range from 100L to 1000L, accommodating everything from small electronic assemblies to large automotive components
Whether for IC packaging, sensors, connectors, or mechanical assemblies, it helps identify weaknesses, predict lifespan, and verify design robustness under real-world conditions.
Why Conduct Rapid Temperature Endurance Testing?
Rapid temperature cycling exposes materials to alternating hot and cold environments in quick succession. This test is critical for identifying how thermal stress impacts product performance and long-term reliability.

Solder joint fatigue and cracking:
Repeated expansion and contraction between –70°C and +150°C can lead to micro-cracks in solder joints, a common cause of electronic failure.
Seal and enclosure degradation:
Gaskets, adhesives, and sealing materials may lose elasticity or crack after repeated thermal shocks, particularly at high ramp rates of 10–15°C/min.
Material warping and delamination:
PCB substrates and composite structures may delaminate or deform under rapid temperature transitions, making chamber uniformity of ±2°C critical.
Component lifespan validation:
Accelerated thermal cycling simulates years of operational stress in just hours, enabling lifespan estimation and durability verification.
By simulating these rapid transitions with programmable, high-speed temperature cycles and maintaining precise control over internal conditions, the LIB Industry endurance test chamber helps engineers detect design flaws early, refine materials, and ensure long-term performance consistency.
Key Advantages of Endurance Test Rapid Temperature Aging Chamber
Ultra-Fast Temperature Change Performance
High-efficiency cascade refrigeration and heating system achieves rapid transition rates up to 15°C/min, ensuring efficient thermal cycling for fatigue and durability testing.
Broad Temperature Range and Stability
Covers a wide temperature span from –70°C to +150°C, maintaining temperature fluctuation within ±0.5°C and uniformity within ±2.0°C.
Optimized Air Circulation for Uniform Stress Distribution
High-velocity air circulation ensures even temperature exposure across all specimens, minimizing hot or cold zones during rapid changes.
Flexible Configurations and Safety Protection
Standard volumes from 100L to 1000L, with custom sizes available. Integrated protections include over-temperature, compressor overload, and door interlock alarms.
What Are the Technical Specifications You Need to Know?
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Model |
TR5-100 |
TR5-225 |
TR5-800 | TR5-1000 |
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Internal Dimension (mm) |
400*500*500 |
500*600*750 |
800*1000*1000 | 1000*1000*1000 |
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Overall Dimension (mm) |
900*1050*1620 |
1000*1140*1870 |
1300*1540*2120 |
1500*1540*2140 |
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Interior Volume |
100L |
225L |
800L | 1000L |
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Heat load |
1000W |
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Temperature Range |
A : -20℃ ~ +150 ℃ B : -40℃ ~ +150 ℃ C: -70℃ ~ +150 ℃ |
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Temperature Fluctuation |
± 0.5 ℃ |
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Temperature Deviation |
± 2.0 ℃ |
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Cooling Rate |
5 ℃ / min |
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Heating Rate |
5 ℃ / min |
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Controller |
Programmable color LCD touch screen controller,PC Link, LAN interface | |||
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Temperature Sensor |
PTR Platinum Resistance PT100Ω/MV A-class | |||
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Cooling system |
Mechanical compression refrigeration system,environmentally friendly refrigerant. | |||
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Refrigerating unit |
French TECUMSEH compressor | |||
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Interior Material |
SUS304 stainless steel |
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Power Supply |
380V |
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Maximum Noise |
65 dBA |
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Details & Highlights of Endurance Test Rapid Temperature Aging Chamber

Durable SUS304 Stainless Steel Interior
Corrosion-resistant SUS304 stainless steel with seamless welding and rounded corners ensures long service life and easy maintenance.
High-Speed Air Circulation System
Axial air circulation and ducted airflow design ensure rapid heat exchange and uniform temperature distribution.


Efficient Cascade Refrigeration
Dual-stage compressor system provides ultra-fast cooling with high energy efficiency and stable performance during continuous cycling.
User-Friendly Control Interface
Real-time temperature graph, programmable profiles with 99 steps, USB data logging, and remote monitoring capability.

Frequently Asked Questions About Medical Stability Temperature Conditioning Chamber
1. What type of refrigeration system does the chamber use? Can it be water-cooled?
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The rapid temperature aging chamber uses a high-efficiency cascade mechanical compression refrigeration system with French TECUMSEH compressors, ensuring rapid and stable temperature transitions. The standard configuration is air-cooled, but water-cooled options are available for high-power or continuous testing applications.
2. Are the sample racks adjustable?
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Yes, the rapid temperature aging chamber is equipped with 2 stainless-steel adjustable shelves, allowing flexible placement of multiple samples or assemblies. This ensures even exposure to thermal cycles and accommodates different product sizes.
3. What other rapid temperature testing equipment does LIB Industry provide?
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LIB Industry offers a full range of rapid temperature change and thermal shock solutions, including benchtop, walk-in types , and customized units.
Start Your Rapid Temperature Endurance Testing Today
Turn reliability testing into a competitive advantage. With LIB Industry's advanced Endurance Test Rapid Temperature Aging Chamber, you can shorten validation time, minimize failures, and ensure every component meets the highest quality standards.
Get in touch with LIB Industry now sales@libtestchamber.com - receive your customized solution and quotation within 1–3 hours, and start testing with precision, speed, and global compliance.
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