Thermal Shock Chamber NTSC-100 offers a temperature range of -60 to 180℃, ensuring efficient thermal testing. This chamber reaches 180℃ in 45 minutes for fast temperature simulations. Our unit cools to -60℃ from room temperature in 70 minutes, delivering reliable performance. It maintains a temperature uniformity of ±2.0℃ during operation for precise control. It provides consistent performance for repeated temperature cycling with high accuracy.
$22,750.00
Specifications
| Temperature of the high-temperature chamber | RT +10 to180℃ |
| Rise time of the high-temperature chamber | RT to 180℃ ≤45min |
| Temperature of the low-temperature chamber | -60 to 45℃ |
| Rise time of the low-temperature chamber | RT to 125℃ ≤45min RT to -60℃ ≤70min |
| Temperature uniformity | ±2.0℃ |
| Temperature fluctuation | ±0.5℃ |
| Outer dimension (L×W×H) | 2050×1300×1500 mm |
| Basket dimension (L×W×H) | 500×600×500 mm |
Features
Applications
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FAQ for Thermal Shock Chamber NTSC-100
1: Why is a temperature range of -60°C to 180°C important in the NTSC-100?
This wide temperature range allows accurate simulation of extreme environmental conditions, essential for testing the thermal durability and failure thresholds of materials in industries like electronics, aerospace, and automotive.
2: Can I monitor samples during the test cycle?
Yes, the built-in observation window allows you to visually inspect the sample during testing without interrupting the thermal cycle or compromising the chamber’s internal conditions.
3: What should I do if I notice temperature instability?
Ensure the door is fully sealed, avoid overloading the test basket, and check for any obstruction around the wire penetration hole or ventilation system. Regular maintenance of insulation and sensors is also recommended.
4: How does the Thermal Shock Chamber NTSC-100 support operator safety?
The Thermal Shock Chamber NTSC-100 includes a secure door locking mechanism and operates with low noise. Its insulated design minimizes external heat/cold exposure, protecting the operator and the surrounding environment.
5: Is the chamber suitable for repeated thermal cycling tests?
Yes, the Thermal Shock Chamber NTSC-100 is built for high-frequency thermal shock cycles, maintaining consistent performance and temperature recovery time across repeated usage without compromising accuracy.
6: What types of test samples can be used in the NTSC-100?
The chamber can accommodate a variety of materials including metals, polymers, composites, and electronic components
Labnics Thermal Shock Chambers help to test product reliability under extreme temperature changes. They rapidly transfer samples between hot and cold zones to simulate thermal shock conditions. These chambers offer precise temperature control and uniform temperature distribution. They ensure consistent performance and accurate results during demanding test cycles. Our units deliver long-term performance in harsh testing environments.