Apparatus for Determining the Thermal Shock Resistance of Refractory Materials
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- 产品描述
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- Commodity name: Apparatus for Determining the Thermal Shock Resistance of Refractory Materials
- Model: RSQ06B
The RSQ06B refractory material thermal shock resistance tester is used to measure the thermal shock resistance of refractory materials and other non-metallic materials. The instrument conforms to the requirements of GB/3810.9-2006 Determination of thermal shock resistance of ceramic tiles and YB/T376.1-1995 Test method for thermal shock resistance of refractory products.
RSQ06B Refractory Material Thermal Shock Resistance Tester (Water Cooling Method)
I. RSQ06B Refractory Material Thermal Shock Resistance Tester (Water Cooling Method) Overview
The RSQ06B refractory material thermal shock resistance tester is applicable to GB/T17617-1998, YB/T376.3-2004, and YB/T2206.2-1998 "Test Methods for Thermal Shock Resistance of Refractory Materials", for high-temperature thermal shock resistance of alumina silicate refractory materials, basic refractory materials, siliceous refractory materials, insulating refractory materials, monolithic refractory materials, and other high-temperature materials.
II. Main Technical Parameters:
1. Electric furnace temperature: Room temperature - 1400℃, microcomputer program temperature control.
2. Sample size range:(100-200)/(50-100)/(40-80) mm (length/width/height)
3. 3 samples per test
4. Equipped with a water tank
5. Equipped with a sample transfer device
6. Power supply: 380V, 12kwIII. Working Conditions
Ambient temperature: 0～40℃;
Power supply: Three-phase AC 220V, 50-60Hz;
Cooling water inlet temperature: Below 35℃;
IV. Instrument Composition and Principle
Samples of a certain shape and size are subjected to rapid heating and cooling temperature changes using water as a cooling medium under specified test temperature conditions. The thermal shock resistance of the refractory material is determined by observing whether cracks appear on its surface.
The thermal shock tester consists of several parts: a heating furnace body, a water tank, a feeding mechanism, and a temperature control instrument.
The furnace temperature is controlled by a PID intelligent programmable temperature controller.
Xiangtan Xiangke RSQ06B-II Fully Automatic Refractory Material Thermal Shock Resistance Tester (Air Cooling Method)
Instrument use: Used to determine the thermal shock resistance of refractory products.
Implementation standard: This equipment is manufactured according to the requirements of YB/T 376.2 "Test Methods for Thermal Shock Resistance of Refractory Products (Air Rapid Cooling Method)".
Instrument structure: Consists of a main unit and a control cabinet.
Control method: This test furnace uses instrument control, with accurate and reliable temperature control and simple and convenient operation; this machine has a high degree of automation and can complete various operations such as automatic heating, insulation, and soft shutdown. It can achieve fully automatic control, semi-automatic recording of the number of thermal shocks, has test software, and can be connected to a computer for control and data processing.
Safety performance: It has a disconnection, broken rod, overcurrent, and overvoltage alarm device, with accident alarm and leakage protection functions, and complete safety facilities.Remarks: F--Air cooling (compressed air) meets YB/T376.2
Main Technical Parameters:
Operating temperature: 1200℃;
Short-term maximum temperature: 1350℃;
Furnace chamber size (length × width × height): 320 × 240 × 190 mm;
Heating rate: 0～15℃/min;
Insulation temperature error: ±2℃;
Power: 10kW
Power supply: Single-phase 380V 21A 50Hz.
Apparatus for Determining the Thermal Shock Resistance of Refractory Materials
Model:
RSQ06B
Specifications:
Specifications:
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Gross weight (KG):
The RSQ06B refractory material thermal shock resistance tester is used to measure the thermal shock resistance of refractory materials and other non-metallic materials. The instrument conforms to the requirements of GB/3810.9-2006 Determination of thermal shock resistance of ceramic tiles and YB/T376.1-1995 Test method for thermal shock resistance of refractory products.
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InquireProduct Details
RSQ06B Refractory Material Thermal Shock Resistance Tester (Water Cooling Method)
I. RSQ06B Refractory Material Thermal Shock Resistance Tester (Water Cooling Method) Overview
The RSQ06B refractory material thermal shock resistance tester is applicable to GB/T17617-1998, YB/T376.3-2004, and YB/T2206.2-1998 "Test Methods for Thermal Shock Resistance of Refractory Materials", for high-temperature thermal shock resistance of alumina silicate refractory materials, basic refractory materials, siliceous refractory materials, insulating refractory materials, monolithic refractory materials, and other high-temperature materials.
II. Main Technical Parameters:
1. Electric furnace temperature: Room temperature - 1400℃, microcomputer program temperature control.
2. Sample size range:
(100-200)/(50-100)/(40-80) mm (length/width/height)
3. 3 samples per test
4. Equipped with a water tank
5. Equipped with a sample transfer device
6. Power supply: 380V, 12kw
III. Working Conditions
Ambient temperature: 0～40℃;
Power supply: Three-phase AC 220V, 50-60Hz;
Cooling water inlet temperature: Below 35℃;
IV. Instrument Composition and Principle
Samples of a certain shape and size are subjected to rapid heating and cooling temperature changes using water as a cooling medium under specified test temperature conditions. The thermal shock resistance of the refractory material is determined by observing whether cracks appear on its surface.
The thermal shock tester consists of several parts: a heating furnace body, a water tank, a feeding mechanism, and a temperature control instrument.
The furnace temperature is controlled by a PID intelligent programmable temperature controller.
Xiangtan Xiangke RSQ06B-II Fully Automatic Refractory Material Thermal Shock Resistance Tester (Air Cooling Method)
Instrument use: Used to determine the thermal shock resistance of refractory products.
Implementation standard: This equipment is manufactured according to the requirements of YB/T 376.2 "Test Methods for Thermal Shock Resistance of Refractory Products (Air Rapid Cooling Method)".
Instrument structure: Consists of a main unit and a control cabinet.
Control method: This test furnace uses instrument control, with accurate and reliable temperature control and simple and convenient operation; this machine has a high degree of automation and can complete various operations such as automatic heating, insulation, and soft shutdown. It can achieve fully automatic control, semi-automatic recording of the number of thermal shocks, has test software, and can be connected to a computer for control and data processing.
Safety performance: It has a disconnection, broken rod, overcurrent, and overvoltage alarm device, with accident alarm and leakage protection functions, and complete safety facilities.
Remarks: F--Air cooling (compressed air) meets YB/T376.2
Main Technical Parameters:
Operating temperature: 1200℃;
Short-term maximum temperature: 1350℃;
Furnace chamber size (length × width × height): 320 × 240 × 190 mm;
Heating rate: 0～15℃/min;
Insulation temperature error: ±2℃;
Power: 10kW
Power supply: Single-phase 380V 21A 50Hz.
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