The fast temperature cycling test chamber is a professional testing device designed to simulate rapid temperature fluctuations in real-world environments. It features high heating and cooling rates, precise temperature control, and stable operation—ideal for testing the durability and reliability of electronics, automotive parts, batteries, and other industrial components. With customizable temperature ranges, cycling programs, and chamber sizes, it meets diverse testing needs across industries like electronics, automotive, and aerospace.
The fast temperature cycling test chamber is a professional environmental testing device designed to simulate extreme temperature variations, evaluating product performance and durability under rapid thermal cycling. With adjustable ramp rates and accurate temperature control, it’s widely used in quality inspection for electronics, automotive parts, batteries, and aerospace components, helping manufacturers validate product reliability before market launch.
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Product Features
High-Speed Thermal Cycling: Achieves fast heating and cooling rates（ up to 30℃/min, average; up to 25℃/min, linear）, reducing test cycle time while ensuring accurate results.
Precision Temperature Control: Equipped with advanced PID control systems, maintaining temperautre fluctuation within ±0.5℃ and uniformity with ±2℃ for consistent testing.
Customizable Design: Offers flexible options for chamber volume and temperature range, and additional features like humidity control or data logging.
User-Friendly Operation: Intutitive touchscreen interface allows easy programming of test cycles, real time monitoring, and remote control via PC ( optional)
Durable & Safe Construction: Built with high-quality insulation materials and safety features (over-temperature protection, door interlock) to ensure long service life and operator safety.
Compliance with International Standards: Meets or exceeds ASTM, IEC, MIL-STD, and other industry testing requirements.
This chamber helps you identify potential product failures early, improve quality, and ensure compliance with international standards like IEC, ISO, and ASTM.
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Product Description
The fast temperature cycling test chamber is a professional environmental testing device designed to simulate extreme temperature variations, evaluating product performance and durability under rapid thermal cycling. With adjustable ramp rates and accurate temperature control, it’s widely used in quality inspection for electronics, automotive parts, batteries, and aerospace components, helping manufacturers validate product reliability before market launch.
|
Product Features
High-Speed Thermal Cycling: Achieves fast heating and cooling rates（ up to 30℃/min, average; up to 25℃/min, linear）, reducing test cycle time while ensuring accurate results.
Precision Temperature Control: Equipped with advanced PID control systems, maintaining temperautre fluctuation within ±0.5℃ and uniformity with ±2℃ for consistent testing.
Customizable Design: Offers flexible options for chamber volume and temperature range, and additional features like humidity control or data logging.
User-Friendly Operation: Intutitive touchscreen interface allows easy programming of test cycles, real time monitoring, and remote control via PC ( optional)
Durable & Safe Construction: Built with high-quality insulation materials and safety features (over-temperature protection, door interlock) to ensure long service life and operator safety.
Compliance with International Standards: Meets or exceeds ASTM, IEC, MIL-STD, and other industry testing requirements.
This chamber helps you identify potential product failures early, improve quality, and ensure compliance with international standards like IEC, ISO, and ASTM.
What temperature ranges do your test chambers support?
Our standard chambers cover -40℃ to +150℃. Custom ranges (e.g., -70℃ to +200℃） are available for specialized applications like aerospace or EV battery testing.
Can you customize chambers for specific industreis (e.g., automotive, aerospace)?
Yes. We design multi-zone chambers (e.g., triple-zone thermal shock) and integrate vibration tables for comprehensive testing. Recent projects include EV motor durablity testing for OEMs.
Have you worked with automotive clients?
Yes. We supplied thermal shock, walk-in test chambers to leading EV battery manufacturer for -40℃ to +80℃ cycling tests. Results improved battery pack lifespan by 18%
Do you offer on-site installation and training?
Yes, our engineers provide full deployment support, including:
1. System setup and calibration;
2. Operator training (2-3 day sessions)
3. Post-installation validation reports
What warranty coverage is included?
Standard warranty: 12months (parts+labor);
Extended options: Up to 36 months (additional 15% fee)
How do you handle equipment malfucntions?
24/7 remote support: Diagnositc access via lo-T enabled controllers.
On-site repair: 4-hour response + 24 or 48 hours fix commitment in nearby cities.
What payment terms do you accept?
T/T: 50% deposit, 50% before shipment;
L/C: Available for orders ≥ 30k USD
Flexible terms for long-term partners
What is your lead time for standard vs. custom orders?
Standard units: 30-45 days after order confirmation.
Custom builds: 60-90 days (includes 3D design review and prototyping)
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About US
Founded 2012 and located in Suzhou, Danble is a professional supplier specializing in the R&D, manufacturing, and sales of environmental test equipments and laboratory testing solutions.
Danble offer a full range of standard and custom-designed temperature test chambers can aid reliability testing by subjecting products to real-world climate and wear extremes like temperature, humidity, altitude, vibration, and more.
Given the high sensitivity of semiconductors to environmental factors, our solutions focus on accurate control of temperautre and humidity. By maintaining a stable and clean testing environment, we help semiconductor manufacturers detect potential defects caused by environmental stress, safeguard product quality during manufacturing processes, and meet the strigent requirements of the semiconductor industry.
In the new energy sector, especially in solar and wind energy applications, our testing chamber can simulate real-world environmental conditions like strong sunlight, high wind, and changing temperautres. This allows for the assessment of the durability and performance of new energy devices, contributing to the development of more efficient and reliable clean energy solutions.
Our environmental test chambers can precisely simulate a wide range of conditions such as extrem temperature (ranging from -70℃ to 180℃), humidity range (10% ~98%RH), and even high-low pressure environments. This enables thorough evaluation of battery performance, including thermal stability, cycle life, and safety under different scenarios, ensuring that batteries meet strict quality and reliability standards.
Automotive parts need to withstand various harsh environmental conditions during vehicle operation. Danbo's environmental testing solutions subject automotive components to temperautre cycling, humidity exposure, and vibration tests. This helps automotive manufacturers ensure that parts core function properly in different climate and driving conditions, enhancing vehicle safety and reliability.
Given the high sensitivity of semiconductors to environmental factors, our solutions focus on accurate control of temperautre and humidity. By maintaining a stable and clean testing environment, we help semiconductor manufacturers detect potential defects caused by environmental stress, safeguard product quality during manufacturing processes, and meet the strigent requirements of the semiconductor industry.
In the new energy sector, especially in solar and wind energy applications, our testing chamber can simulate real-world environmental conditions like strong sunlight, high wind, and changing temperautres. This allows for the assessment of the durability and performance of new energy devices, contributing to the development of more efficient and reliable clean energy solutions.
Our environmental test chambers can precisely simulate a wide range of conditions such as extrem temperature (ranging from -70℃ to 180℃), humidity range (10% ~98%RH), and even high-low pressure environments. This enables thorough evaluation of battery performance, including thermal stability, cycle life, and safety under different scenarios, ensuring that batteries meet strict quality and reliability standards.
Automotive parts need to withstand various harsh environmental conditions during vehicle operation. Danbo's environmental testing solutions subject automotive components to temperautre cycling, humidity exposure, and vibration tests. This helps automotive manufacturers ensure that parts core function properly in different climate and driving conditions, enhancing vehicle safety and reliability.
