通化沦笨娱乐有限公司

summary

This instrument is on the basis of stabilizing the heat conduction principle one-wayly, when on the sample, go to the two sides at different steady temperature, measure the difference in temperature and thickness between two surfaces of thermal current and sample of the area of conducting heat effectively through the sample, calculate the coefficient of heat conduction. Measure the research department and test the requirement about the high precision of the material heat conduction coefficient after meeting materials. The instrument consults the standard: GB/T3392-82 " coefficient test method of the plastic heat conduction, protect dull and stereotyped law of heat ", GB/T3139-2005 " fibrous reinforced plastics heat conduction coefficient test method " " glass fibre reinforced plastic heat conduction coefficient test method ", GB/10294 " adiabatic material steady state thermal resistance and relevant determination of characteristic protect the hot board law ",etc.. Mainly test materials such as plastics, glass, fiber, foam,etc.. Apply to large and medium universities and colleges extensively, R&D institution, quality testing department and material for producing factory analyze that measures.

main parameter

1, Range of application, instrument this suitable for, determine dry different to include wet state homogenize tabular material, powders, glue liquid heat conduction coefficient of material. The coefficient range of the heat conduction: 0.001-2w/m• k;

2, The instrument has offered and realized the test under the controlled state to experiment temperature; And can reach 100 ℃ of maximum temperature.

3, The instrument realizes digitization examines warmly, the precision is superior to 0.2 grades. 4, Power: 220V/50HZ;

5, Measure the accuracy of fruiting: ± 3%

6, power of measuring heating: 35W± 1%;

7, Can connect to the location machine and realize the automatic test of the computer, realize the data are printed and exported;

8, The sample size is required: 200*200*(5-20)(mm);

9, Condition of work

①Ambient temperature: 10 degrees -35 ℃;

②Relative humidity: ≤ 80% RH

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