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Thermal conductivity tester using heat flow method - Thermal conductivity tester for insulation materials
NegotiableUpdate on 05/06
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Overview
Heat flow method heat conductivity meter - thermal conductivity tester HFM 510A is a professional instrument for measuring the thermal conductivity of materials in accordance with GB/T 10295, ASTM C518, ISO 8301 and other standards. It has the characteristics of high precision, high efficiency and good repeatability, and can realize the test of a variety of low thermal conductivity materials such as expanded polystyrene, extruded polystyrene, PU hard foam, mineral wool, expanded perlite, foam glass, natural fiber materials, cork plugs, wool, air gel, concrete, gypsum, etc
Product Details
Thermal conductivity tester using heat flow method - Thermal conductivity tester for insulation materialsHFM 510A/Product Overview
Test features:thermal conductivity
Applicable fields:Thermal insulation materials, thermal insulation materials
followGB/T 10295TheASTM C518TheISO 8301A standard professional instrument for measuring the thermal conductivity of materials, whichCharacterized by high precision, high efficiency, and good repeatabilityIt can achieve the production of expanded polystyrene, extruded polystyrenePUTesting of hard foam, mineral wool, expanded perlite, foam glass, natural fiber materials, cork, wool, aerogel, concrete, gypsum and other low thermal conductivity materials.
Thermal conductivity tester using heat flow method - Thermal conductivity tester for insulation materialsHFM 510A/Product Features
Highly automated, automatic lifting of hot plates, automatic force loading, automatic thickness measurement, automatic temperature control, automatic lifting of furnace doors
Fast and efficient sample testing, dual heat flow sensors improve accuracy, and independent temperature control of upper and lower plates
External oil bath cooling, nitrogen blowing to dry the sample, weak dependence on the environment, wide temperature range, strong stability
Adaptive measurement of uneven surface samples,Provide particle samples for mold makingLow sample preparation requirements
The software provides thermal conductivity extension attachment mode, supports offline operation, and ensures experimental flexibility
Fully automatic data collection, real-time data monitoring and display, automatic generation of test reports
Optional user login, supports historical record query, customizable data storage and export
High expandability of peripherals, built-in industrial computer, no need for external computer, can be connected to peripherals such as mouse, keyboard, printer, etc
Excellent industrial design, high-definition touch screen display, intelligent human-machine interface, beautiful and elegant appearance
Technical Specifications
working environment |
(5~40)℃，＜95%RH |
Plate temperature range |
(-20~100)℃ |
Measurable sample size |
Length 300mm * Width 300mm * Thickness (5-100mm) |
Thermal resistance range |
(0.1~8)m2·K/W |
Measurement range of thermal conductivity |
(0.002~1)W/(m·K) , expandable (1-2) W/(m · K) |
Sample testing accuracy |
±2% |
Sample testing repeatability |
0.5% |
Adjustable maximum contact load |
1930N |
Adjustable contact load accuracy |
5% |
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