Xiangtan XiangkeDRSSeries High-Temperature Thermal Conductivity Test Instruments (Protective)TabletThermocouple method,High-Temperature Plate Thermal Conductivity Tester

I. Overview

This instrument is from our factoryDRS-2Insulation material high-temperature thermal conductivity tester developed based on the flow rate flat plate method thermal conductivity tester.DRS-2Compared, it enhances resolution and automation, shortens testing time, simplifies maintenance, and ensures more reliable instrument performance. This instrument is suitable for testing the thermal conductivity coefficient of materials such as refractory insulation, ceramic fiber, felt, textiles, boards, bricks, and more under various temperatures. It is widely used in material analysis and testing by institutions of higher education, research units, quality inspection departments, and manufacturing factories.

This instrument conforms to the following reference standards:ASTM C518-04Method for measuring steady-state heat flux and heat transfer characteristics using a thermal flowmeter.ASTM C182-88（2004Standard test method for thermal conductivity of heat-insulating refractory bricksASTM C202-93（2004Standard testing method for the thermal conductivity of refractory bricksASTM C417-05Standard test method for thermal conductivity of不定形refractory materialsASTM C201-93（2004Standard test methods for thermal conductivity of refractory materialsGB10295-2008Determination of steady-state thermal resistance and related properties of thermal insulation materials (heat flux meter method)YB/T 4130-2005Refractory Materials - Method of Test for Thermal Conductivity(Flow Rate Plate Method)；GB/T 17911-2018Fiberglass refractory products Thermal conductivity test methods, etc.

II. Main Technical Parameters

     DRSSeries instruments are primarily used for measuring the thermal conductivity of insulating materials under high temperatures.DRS-3BFeatures vacuum atmosphere protection to prevent sample oxidation.

DRS-4AndDRS-4AAll are electrically pressurized and automatically thickness measured; the difference is:DRS-4The hot plate is made of heat-resistant stainless steel, with a slightly lower operating temperature.DRS-4ASilicon carbide is used in the hot plate, which has slightly lower pressure resistance and requires an additional thickness adjustment system for thickness measurement, but the hot surface operates at a higher temperature.

Note: Custom-made hot noodle temperature upon customer request.1500℃Specs.