Brief introduction: My company's latest research and development manufacturing DRCD - 3030 - b type thermal conductivity meter is according to GB / 10294-10294 the adiabatic material and the relevant features and the steady state thermal resistance, heat flow meter method, design and manufacture. Coefficient of thermal conductivity is a physical index of the material properties. Accurately determine the coefficient of thermal conductivity of materials, for the rational use of energy, has great significance to the reasonable selection of thermal insulation material. DRCD - 3030 type plate thermal conductivity apparatus in accordance with the GB/T10294-2008 thermal insulation materials and the related properties and the steady state thermal resistance, GB/T10801.1 and GB/T10801.2 "is used to determination of adiabatic material (such as: oxygen polyester, rock wool, foam, perlite, etc.) and in line with the thermal insulation material (such as: cement benzene board colloidal particles, insulation mortar, etc.) and the thermal conductivity of materials is not hot for intelligent instruments. Suitable for measuring the various homogeneous plate shape coefficient of thermal conductivity of insulation materials and the determination of composite plate. Technical parameters: Hot plate temperature: room temperature ~ 60 ℃ Cold plate temperature: room temperature ~ 5 ℃ Specimen thickness: 10 ~ 40 mm Test error: plus or minus 5% or less The power supply voltage: 220 vac50hz Installation dimensions: 600 * 800 * 1600 mm Output: LED automatic printing results Heating power: 1300 w The refrigeration power: 280 w Total weight: 200 kg
Brief introduction: My company's latest research and development manufacturing DRCD - 3030 - b type thermal conductivity meter is according to GB / 10294-10294 the adiabatic material and the relevant features and the steady state thermal resistance, heat flow meter method, design and manufacture. Coefficient of thermal conductivity is a physical index of the material properties.
