The instrument can be widely used in heat and insulation materials production enterprises, the relevant quality inspection departments and units, institutions of higher learning and research institutes and other scientific research units.

Standards:

GB/T 10294-2008 Determination of Steady State Thermal Resistance and Related Properties of Thermal Insulation Materials

GB/T 3399-1982 Test method for thermal conductivity of plastics - Heat - resistant plate method

GB/T 10801.1-2002  Thermal insulation polystyrene foam

GB/T 10801.2-2002   Extruded polystyrene foam

GB/T 3139-2005   Test method for thermal conductivity of fiber reinforced plastics

GB/T 17794-2008    Flexible foam rubber and plastic insulation products

Features：

Chassis is nice. Test box shell uses spray method. It has strong mechanical strength, anti-corrosion.

The device is small and the unique casters are designed to increase the flexibility of the thermometer movement.

High safety performance. It not only adopts the use of circuit and refrigeration cycle independent design, but also can ensure that the electrical part of the collected data from the impact of water, and improve stability.

Good performance of temperature stability and unique protection board design, can form a one-dimensional protection, so that it has no loss of temperature.

Online double standard company unique technology which can calibrate the temperature, calibration system error, is accurate, fast and convenient.

Test time is short, in the measurement process, the conventional measurement time is only 120-150min. Improve work efficiency, at the same time for customers to create higher efficiency.

Measuring range is large. Thermal conductivity measurement range can reach 0.001-2.000W / (m · K).

Unique measurement of high and low design, for different range of thermal conductivity to select the test stalls, so that the sampling data is more accurate.

In addition to measuring the hard board, such as the selection of various fixtures company, the device can also measure a variety of special materials. For example: pellets, bulk materials, soil, soft materials.

Control the core using imported Omron PLC and temperature expansion module integrated design. Effectively reduce the external interference, and greatly improve equipment stability.

The output adopts Schneider new solid-state non-contact switching device, which has high reliability, long life, low noise, fast switching speed and strong anti-interference ability, and can improve the service life and safety of the equipment.

Data interface uses RS-232 standard serial communication, synchronous acquisition of test data. Data is stability, high reliability, and easy to use.

Computer control, user-friendly, simple operation; It not only has software automatic control equipment operation, automatic detection, automatic acquisition, automatic display test curve, automatic completion of the test, but also can automatically generate test results, automatically generate test reports, automatic storage of data, automatic display Data and query historical data. Besides, the data can be exported and printed, the test curve and the form of pictures can be saved and so on.

Software: Software using Visual Basic 6.0 to write the interface, completely in the cultural environment makes it easier for users to operate, powerful Internet application development capabilities. Procedures with all the standard features of Windows applications, compatible with WinXP / win2000. have nothing to do with the hardware, as long as the standard interface of the computer, after the connection can be normal operation.

Technical Parameters:

FAQs:

1. What is a Double Plate Thermal Conductivity Apparatus?

It is used to measure the thermal conductivity of insulation and other thermal materials.

2. What materials can be tested?

It can be used for insulation boards, foams, fabrics, plastics, rubber, and other thermal insulation materials.

3. What does the apparatus measure?

It measures the thermal conductivity and heat transfer performance of test specimens.

4. How does the test work?

A temperature difference is created across the specimen, and heat flow is measured to determine thermal conductivity.

5. Why is thermal conductivity testing important?

It helps evaluate insulation performance and supports material development and quality control.