Product use
It is mainly used for thermal shock resistance experiments of refractory materials, ceramic materials and other materials.
Technical Features
◆The furnace material adopts ceramic fiber insulation material, which has the characteristics of light weight, small size, good thermal insulation effect and energy saving.
◆ Adopt double furnace door structure, one is preheated sintering furnace door, re-sintering experiment can be carried out when using re-sintering furnace door, and the other is seismic test furnace door, which is used for thermal shock test.
◆ The door of the anti-heat shock furnace is provided with a horizontal corundum tube, and the sintered material can be placed on the corundum tube.
◆When doing the thermal shock test, open the door of the re-firing furnace and push the door of the anti-thermal shock furnace into the furnace. During the water cooling experiment, the analyte can fall into a specially set water tank with circulating water cooling.◆ Optional Chinese menu operation interface, simple and easy to understand, paperless recording of historical data and heating curve.
◆ More than 30 segments of programmable control, you can choose to set and store 6 sets of process routes for calling, PID parameters optimization tuning function, PID parameters can be stored after completion.
Product model | maximum temperature | cooling medium | Furnace temperature recovery time | Heating rate | temperature uniformity | Other products | |
WEF.9817A | 1700°C | 1650°C | Water cooling Air cooling Compressed air cooling | 10min | 5-15°C/min | ±10°C | |
WEF.9816A | 1600°C | 1550°C | 10min | 5-15°C/min | ±8°C | ||
WEF.9813A | 1300°C | 1250°C | 3min | 30-50°C/min | ±5°C | ||
WEF.9812A | 1200°C | 1100°C | 3min | 30-50°C/min | ±5°C |