|Application:||Mineral Wool And Its Products||Standards:||JC/T750-1982|
|Heating Furnace Temperature:||1600 °C||Load:||490Pa|
smoke density test apparatus,
smoke testing equipment
Mineral Wool Thermal Analysis Tester , Fire Testing Machine for JC/T750-1982
The mineral wool and its products thermal analysis comprehensive tester (load shrinkage, sintering, crystallographic analysis) can perform thermal load shrinkage temperature testing, sintering point testing and crystallization analysis of mineral wool and its products on the same equipment. Test, a multi-purpose machine. Even computer automatic test and data processing, automatically generate test report and print out.
Applicable standard: Test method for thermal load shrinkage temperature of GB/T 11835-2007 "Insulation thermal insulation rock wool, slag wool and their products", in accordance with JC/T750-1982 (1996) "Quartz glass crystallization test method" for crystallization Electric furnace requirements.
(1) Thermal load contraction temperature test
A, heating furnace temperature: room temperature to 1600 °C, resolution 0.1 °C, microcomputer program temperature control.
B, displacement range: 0 ~ 10mm, resolution 1um (microns);
C, load: 490Pa;
D. Computer automatic control, automatically generate test report;
(2) Sintering point test
A. It is used to measure the temperature and refractoriness of the modeling materials, glass and ceramic raw materials. The tester can be clear on the screen
See the volume shrinkage, expansion purification and globalization of the sample at high temperatures and learn that
The corresponding temperature.
B, furnace temperature: room temperature to 1600 °C, resolution 0.1 °C, microcomputer control temperature;
C, camera: 420 lines;
D. The computer automatically controls and automatically saves each temperature point image;
(3) Crystallization furnace
A, furnace temperature: room temperature to 1600 °C, resolution 0.1 °C, microcomputer control temperature;
B, computer automatic temperature control;
Basic configuration: one host
Contact Person: Sophia Su