판형 열전도율 측정기는 대면적 시험 시료와 같은 많은 장점을 가지고 있습니다., 여러 유형 (single material or composite material) test material, high precision temperature control, reliable and stable performance, high degree of control automation, easy operation and so on. The thermal conductivity test principle of the plate method is an absolute measurement method and does not require any calibration standards. The instrument is produced according to relevant standards, the test is accurate, 조작은 간단하다, is a very ideal test tool for the development and research of low thermal conductivity materials.

테스트 범위:
단일 재료: 거품 (flat surface insulation material, 시트), 폴리우레탄, 페놀성, 소변 알데히드, 미네랄 울 (유리 양털, 암면, 미네랄 울), 시멘트 벽.
복합 재료: 유리 강화 복합 보드 CRC, 시멘트 폴리스티렌 보드, 샌드위치 콘크리트, FRP panel composite board, 종이 벌집 보드.

판형 열전도율 측정기는 열전도율이 낮은 재료를 개발하고 연구하기 위한 테스트 도구입니다.

악기 특징:
1, the surface temperature is accurate and uniform. 디자인에서, a large area of whole purple copper plate is used as a temperature control plate to improve the consistency of the surface temperature of the tested sample.
2. 고급 제어 시스템. Can quickly and stably control the temperature.
3. 친숙한 인간-기계 인터페이스. Cold and hot plate temperatures and heat flow power can be visually displayed by large color LCD screen.
4. 간단한 조작. The cold plate adopts pneumatic mode, and automatically closes after the specimen is installed in place.
5, intelligent data processing. Highly automated computer data communication and report processing system, flat plate heat exchanger with computer communication interface, 실시간 표시 온도 곡선.
6, automatically generate test report and print. Built-in test recording, data processing and reporting formats.

판형 열전도율 측정기는 열전도율이 낮은 재료를 개발하고 연구하기 위한 테스트 도구입니다.

The thermal conductivity of materials is an important parameter index to study the physical properties of materials. In aviation, atomic energy, 건축 자재, non-metallic materials and other industrial sectors, it is required to predict or actually measure the thermal conductivity of relevant materials. The test method is divided into steady-state method and dynamic test method. The plate method is based on the principle of heat protection plate method and the relevant national standard requirements, and the corresponding improvement has been made. The test work is automatically completed by the computer, and the state points are digitally displayed. The test can also be completed manually, which meets the high precision test requirements of the material testing research department for the thermal conductivity of materials.