1200℃ high temperature environment device for mechanical testing of superimposed concrete components

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Detailed

1. Product introduction     

  It is used for high-temperature mechanical property testing of large refractory components and concrete components, and can also be used for fire simulation research, test and testing of new refractory materials, etc.

 

Second, the main performance characteristics

1. The test device consists of two or more furnaces, and the number of furnaces to be used is selected according to the size of the specimen: single or multiple stacks. The connection mode between the furnace bodies is reasonable, and the sealing performance is good.

2. The heating element is controlled in sections, and the heating mode of four sides, three sides and two sides can be selected.

3. According to the distribution state of the heating body, the measurement position is reasonably distributed to effectively ensure the temperature gradient and temperature fluctuation in the test area. It is used for high-temperature mechanical property testing of large refractory components and concrete components, and can also be used for fire simulation research, test and testing of new refractory materials, etc.

 

Third, the main technical parameters

 

Operating temperature 100~1000℃
Rate of warming 500°C/h
Length of the average temperature zone A炉:300mm  B炉:220mm  A+B炉:500mm
Inner diameter of the furnace A炉:600*740*1000mm   B炉:600*740*800mm
Furnace dimensions A furnace height: 1600mm B furnace height: 1400mm

Number of heating sections

Furnace A: 6 stages of heating, 6 thermocouples control the work of 6 stages of heating elements respectively

Furnace B: 5 stages of heating, 5 thermocouples control the work of 5 stages of heating body respectively

Heating method Each section is heated on four sides, or on four sides, three sides or both sides according to actual needs, and furnace A and furnace B can be used separately or combined as a whole
Temperature accuracy Temperature deviation: ±3°C Temperature gradient: 5 °C
Modulation method of temperature difference in the average tropics

100~600°C: independent adjustment of each section + hot air circulation adjustment

600~1000°C: each section is adjusted independently

Power/Voltage Voltage: 380V±10% Power: 60kw

 

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