Thermal Conductivity System Tester for Measure the Thermal Conductivity of Thermal Insulation Materials

Place of Origin China
Brand Name SKYLINE
Certification CE
Minimum Order Quantity 1 unit
Price negotiated
Packaging Details plywood case
Delivery Time 10 work days
Payment Terms T/T, L/C, Western Union,
Supply Ability 1 unit/ month
Product Details
SKYLINE: Thermal Conductivity System Tester Specimen Specifications: 300 × 300 (mm)
Thickness: 10 To 40 (mm) Cold Plate Temperature: 10 ° C ~ 50 ° C
Test Accuracy: ≤ 3% Test Repeatability: <1%
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horizontal flammability tester

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flammability test chamber
Product Description

Thermal Conductivity System Tester

 

Application

Applicable to: thermal conductivity of clay and sand dry test specimens, the thermal resistance of the specimen should be greater than 0.1m2.K/W. The heat flow meter is used to detect the thermal conductivity and thermal resistance of clay, sand, etc., and the computer is fully automated to generate an experimental report. The instrument uses a stable hot surface temperature on one side of the sample. Heat is transferred to the cold surface (room temperature) through the sample, and the transferred heat flow is measured to calculate the thermal conductivity and thermal resistance. Specially equipped with geotechnical sample cylinder and specific heat capacity test device, it can be used for thermal analysis and specific heat capacity measurement of soil such as clay and sand.

 

Technical  parameters

 Specimen specifications  300 × 300 (mm) picture keywords
 Thickness  10 to 40 (mm) (preferably 25 mm)
 Cold plate temperature  10 ° C ~ 50 ° C
 Hot plate temperature Room temperature  ~ 80 ° C
 Test accuracy  ≤ 3%
 Test repeatability  <1%
 Power supply voltage  AC 220V total power 2KW
 Use environment  23±2°C in the laboratory with air conditioning
 Dimensions  length × width × height 800 × 600 × 1600 (mm)

 

Working principle
 Thermal conductivity tester, using double test piece measuring device, protective hot plate group: package
Including heating unit and cooling unit.
The heating unit should be divided into a central metering unit and a guard unit that surrounds the metering unit separated by a gap and is equipped with a heat insulating device.
The hot unit adopts a double hot surface heater, and the cold plate and the double hot surface are symmetrically arranged. The thickness of the test piece is set to move the space of the cold plate, and the tested piece is vertically placed in two flat plates having a constant temperature parallel to each other. In the steady state, the measuring part of the test piece has a constant heat flow, and the one-dimensional constant heat flow rate Q flowing through the metering unit, the area A of the measuring unit, the temperature difference ΔT of the cold and hot surface of the test piece can be measured by measuring the steady state. Calculate the thermal resistance R of the test piece, and according to the thickness of the test piece, the thermal conductivity of the test piece can be accurately calculated.
 

 

 

 

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