Home > Thermal Analyzer >

DRM-II Non-steady State Method Conductometer Thermal Conductivity Measuring Instrument

Product Categories

Lab Test Machine [317]
Ink Proofer [30]
Ceramic Tester [91]
Petroleum Tester [12]
Paint Testing Equipment [159]
Plastic Test Machine [56]
Universal Tensile Test Machine [16]
Environment Test Chamber [23]
Contact Angle Meter [12]
Differential Scanning Calorimeter [23]
Film Testing Equipment [70]
Flammability Tester [43]
Profile Projector Machine [14]
ICP Emission Spectrometer [22]
Vibration Test Machine [15]
XRF Analyzer [19]
Small Meter [111]
Textile Testing Machine [215]
Hydraulic Testing Machine [9]
Thermal Analyzer [22]

DONGGUAN LONROY EQUIPMENT CO LTD

Trust Seal

Verified Supplier

Credit Check

Supplier Assessment

Contact Now

DRM-II Non-steady State Method Conductometer Thermal Conductivity Measuring Instrument

Name: DRMII Nonsteady State Method Conductometer Thermal Conductivity Measuring Instrument
Brand: lonroy
Price: 1 USD

Best DRM-II Non-steady State Method Conductometer Thermal Conductivity Measuring Instrument wholesale

Brand Name : lonroy

Place of Origin : Guangdong, China

MOQ : 1

Accuracy : ±3%

Voltage : 220 V

Power supply : 220V, 50HZ

Relative humidity : ≤80%

Protection Class : IP57

Thermal conductivity range : 0.001 to 10w/m.k

Thermal storage coefficient : 0.1-100W/m2K

Thin specimen size : 20×20× (1.5 ~ 3) cm

Thick specimen size : 20×20× (4 ~ 10) cm

Ambient temperature : 10 ~ 35ºC

Test speed : ~10 minutes per test

Measurement output : computer automatic testing, data printing output

Material compatibility : insulation materials, concrete, plastic, rubber, graphite

Measurement parameters : thermal conductivity, heat storage coefficient, thermal conductivity coefficient, specific heat

Wet state capability : can measure thermal properties under different wet conditions

Contact Now

Product Description

DRM-II thermal conductivity measuring instrument non-steady state method conductometer
1.use
The characteristics of the instrument are: simple device, high accuracy, fast test speed (a test of about ten minutes), in a test can be measured at the same time the thermal conductivity of the material, heat storage coefficient, thermal conductivity coefficient and specific heat, and can measure the thermal physical properties of different wet state. Reference standard: JGJ/T12-2019(technical specification for lightweight aggregate concrete) and JG158-2004 "rubber powder polystyrene particle external wall insulation system" and JG/T283-2010 "expansion glass beads lightweight mortar" Appendix B determination of heat storage coefficient. Suitable for insulation materials, concrete materials, plastic, rubber, graphite and other inorganic materials detection.

DRM-II thermal conductivity measuring instrument non-steady state method conductometer

2.Product Parameter

Application scope	used to determine the thermal conductivity, thermal storage coefficient, thermal conductivity coefficient and specific heat of homogeneous plate, gel, powder and granular materials under dry or different wet conditions. The thermal conductivity of the measured material ranges from 0.001 to 10w/m.k, and the thermal storage coefficient ranges from 0.1-100W/m2K.
Sample size	The thin specimen was 20×20× (1.5 ~ 3) cm Two thick specimens were 20×20× (4 ~ 10) cm
power supply	220V, 50HZ.
Working conditions	Ambient temperature: 10 ~ 35ºC Relative humidity: ≤80%
Accuracy of measurement results	±3% computer automatic testing, data printing output

DRM-II thermal conductivity measuring instrument non-steady state method conductometer
3. Basic principles
DRM type thermal conductivity measuring instrument is based on the principle of non-stable thermal conductivity, heating in the experimental material for a short time, so that the temperature of the experimental material changes, according to the characteristics of its change, through the solution of the thermal conductivity differential equation, you can calculate the thermal conductivity coefficient, thermal conductivity coefficient and specific heat of the test material.