Solid material high-temperature specific heat capacity tester (fully automatic)

NegotiableUpdate on 05/06

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Overview

GHC-II Solid Material High Temperature Specific Heat Capacity Tester (Fully Automatic) $r $n High Temperature Specific Heat Capacity Testing System is based on mixed method testing, using modern computer testing technology to automatically test the specific heat capacity of solid materials at different temperatures. Widely used in scientific research and teaching for testing and researching the specific heat capacity of solid materials. The system consists of a tubular vertical resistance furnace (resistance wire heating within 1000 degrees, silicon carbon tube heating within 1400 degrees, molybdenum wire heating at 1600 degrees, graphite furnace tube heating above 1700 degrees), a thermostat, temperature controller, high-precision thermometer, calorimeter, computer testing system, etc.

Product Details

GHC-IISolid material high-temperature specific heat capacity tester (fully automatic)

The high-temperature specific heat testing system is based on mixed method testing and uses modern computer testing technology to automatically test the specific heat capacity of solid materials at different temperatures. Widely used in scientific research and teaching for testing and researching the specific heat capacity of solid materials. The system is composed ofTubular vertical resistance furnace(1000Resistance wire heating within degrees，1400Within the range, there are silicon carbon nanotubes,1600The degree of heat generated by molybdenum wire is higher than1700The degree is graphite furnace tube)，Composed of thermostat, temperature controller, high-precision thermometer, calorimeter, computer testing system, etc. During the experiment, the sample is first heated to the experimental temperature in a tubular heating furnace, and then dropped into a calorimeter. The temperature changes of the sample and calorimeter are collected by a computer measurement system throughout the process. Finally, determine the specific heat capacity of the material. A vacuum system is required for samples that are prone to oxidation at high temperatures.