ASTM C518 High Precision Thermal Insulation Material Conductivity Tester DRPL-IV

ASTM C518 High Precision Thermal Insulation Material Conductivity Tester DRPL-IV Thermal Resistance Detecting Instrument

1.use

Using the international popular heat flow meter to detect thermal conductivity and thermal resistance method, with computer to achieve automatic detection, generate experimental report. The instrument uses a stable hot surface temperature added to the sample side, the heat is transferred to the cold surface through the sample, and the heat transfer is measured to calculate the thermal conductivity and thermal resistance. Using imported sensor and computer technology, good measurement accuracy, high reliability, good repeatability characteristics. Especially suitable for low thermal conductivity measurements (accurate to 0.1mw). Can be used for plastics, rubber, insulation materials, aerogel plate, vacuum glass and other testing, widely used in colleges and universities, scientific research institutes, quality inspection, factories and mines.
Reference standard: GB/T10295-2008 (Determination of steady-state thermal resistance and related properties of insulating materials Heat flow meter method) and ASTM C518-04 test method for determination of steady-state heat flux and heat transfer characteristics by heat flow meter method.

ASTM C518 High Precision Thermal Insulation Material Conductivity Tester DRPL-IV Thermal Resistance Detecting Instrument

2.Product Parameter

1 can test solid materials, powder materials.
2, hot surface temperature and control: room temperature ~ 99.9℃ (standard configuration), room temperature ~ 499.9℃, higher temperature can be determined according to user requirements. Plate heater, bidirectional SCR control, temperature control accuracy 0.1℃.
3, cold surface temperature and control: 0 ~ 99.9℃ (standard configuration),-10 ~ 99.9℃, according to user requirements to determine the lower temperature. The cold surface adopts water cooling to ensure the temperature stability of the cold surface (precision constant temperature sink, temperature adjustable), temperature control accuracy of 0.1℃.
4, the sample adopts computer precision pressure clamping, pressure range 0 ~ 1000N, resolution 0.1N.
5, sample thickness automatic measurement, 0 ~ 50mm, resolution 1um.
6,imported heat flow meter, stable and reliable performance.
7. The whole process adopts the computer to automatically test and print and store experimental data.

ASTM C518 High Precision Thermal Insulation Material Conductivity Tester DRPL-IV Thermal Resistance Detecting Instrument

3.complete set
1. One host computer;
2. A set of analysis software (Chinese and English versions);
3, HX-1005 precision low temperature constant temperature tank one (temperature control accuracy 0.01℃);
4, a Lenovo computer (users can choose);
5. A standard sample;
4. Dimensions and weight
1. Host: standard landing model: (length × width × height) 550×450×1500mm, net weight: 100Kg.
2, precision low temperature constant temperature tank: (length × width × height) 300×350×530mm, net weight: 35Kg.

ASTM C518 High Precision Thermal Insulation Material Conductivity Tester DRPL-IV Thermal Resistance Detecting Instrument

4.Technical services
1, one year free warranty, long-term technical services, software lifetime free upgrade.
2. Free on-site installation and debugging throughout the country. All over the country has the company's mobile technical personnel, can provide technical services.