High-Quality Temperature Forcing System Supplier, Factory

The Thermal Forcing System achieves rapid temperature rise and fall by quickly switching between hot and cold air cycles. The airflow hood, in conjunction with various customized fixtures, can form a closed cavity into which the airflow is blown from the nozzle to achieve changes in the internal ambient temperature.

Product Description

Applications

Thermal Forcing System is an instrument for measuring the thermal conductivity and thermal conductivity of materials. It can be used for laboratory research in thermal physics and also for applied research in materials science.

Characteristic

JESD22-A106B Thermal Shock Test
MIL-STD-883 Method No. 1011 Thermal Shock
MIL-STD-750 Temperature Cycling (Methods 1010 & 1051)

Technical Parameters

Temperature range -80℃~+225℃
Temperature accuracy ±1.0℃
Temperature overshoot ≤1℃
Temperature setting accuracy 0.1℃
Stability ≤0.5℃
Temperature sensor type T-type thermocouple
Temperature change rate (no load) -55℃~+125℃, about 10S;
+125℃~-55℃, about 15S;
Airflow output 5~16SCFM adjustable
Heat flow hood size Ф140mm*60mm
Temperature control method Air temperature and sample temperature can be switched
Supply gas pressure 90Psi~110Psi (20℃~28℃)
Supply gas flow rate 700L/min (25scfm)
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Product Details Diagram

Thermal Forcing System Detail 03
Thermal Forcing System Detail 02
Thermal Forcing System Detail 01

Product Description

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Product Video

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Frequently Asked Questions

What is the temperature range of the Thermal Forcing System?
The system supports a wide temperature range from -80℃ to +225℃, making it suitable for various thermal testing environments.
How fast can the system achieve temperature transitions?
Under no-load conditions, it can transition from -55℃ to +125℃ in approximately 10 seconds, and from +125℃ to -55℃ in about 15 seconds.
Which international testing standards does this equipment comply with?
The system meets several major standards, including JESD22-A106B, MIL-STD-883 (Method 1011), and MIL-STD-750 (Methods 1010 & 1051).
Can I switch between air and sample temperature control?
Yes, the system is designed with a flexible temperature control method that allows users to switch between monitoring air temperature and sample temperature.
What type of temperature sensor is utilized in this system?
The instrument uses a high-precision T-type thermocouple for reliable and accurate temperature sensing.
What are the requirements for the supply gas?
The system requires a supply gas pressure of 90Psi to 110Psi (at 20℃~28℃) and a flow rate of 700L/min (25scfm).

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