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Low-Temperature Dilatometer, Coefficient of Thermal Expansion Instrument


The Xiangtan Xiangke ZRPY-DW low-temperature dilatometer, coefficient of thermal expansion instrument, is used to measure the volume change (expansion and contraction) of metal materials, ceramics, glazes, refractory materials, and other non-metallic materials with temperature changes from -30~100℃ or -60~200℃.

零售价

¥ 30000

市场价

¥ 30000

库存

11

  • Specifications
    • ZRPY-DW (-196~200 ℃) ultra-low temperature ZRPY-DW (-196~200 ℃) ultra-low temperature
    • ZRPY-DW(-60~200℃)Low temperature thermal expansion coefficient meter ZRPY-DW(-60~200℃)Low temperature thermal expansion coefficient meter
    • ZRPY-DW(-30~200℃)Low temperature thermal expansion coefficient meter ZRPY-DW(-30~200℃)Low temperature thermal expansion coefficient meter

You can send us an email:xtyqyb@163.com

+86 13007446928

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库存剩余

11

隐藏域元素占位

  • 产品描述
    • Commodity name: Low-Temperature Dilatometer, Coefficient of Thermal Expansion Instrument
    • Model: Xiangtan Xiangke ZRPY-DW

    The Xiangtan Xiangke ZRPY-DW low-temperature dilatometer, coefficient of thermal expansion instrument, is used to measure the volume change (expansion and contraction) of metal materials, ceramics, glazes, refractory materials, and other non-metallic materials with temperature changes from -30~100℃ or -60~200℃.

    Xiangtan Xiangke ZRPY-DW Low-Temperature Dilatometer, Coefficient of Thermal Expansion Tester (Compression Refrigeration Specifications)

    This instrument is suitable for measuring the volume changes (expansion and contraction) of metal materials, ceramics, glazes, refractory materials, plastics, and other non-metallic materials that occur with temperature changes from low temperatures (-30℃) to 200℃.

    Instrument reference standards: GB/T1036-2008 "Determination of linear thermal expansion coefficient of plastics - Quartz dilatometer method", GB/T2572-2005 Test method for average linear coefficient of thermal expansion of fiber reinforced plastics.

    Main Technical Parameters: 
    1. Temperature range: -30~200℃ (compression refrigeration),

    2. Measurement deformation range: ±1.5mm.

    3. Displacement sensor sensitivity 0.1um, automatic correction range;

    4. Temperature control accuracy: ±1℃;

    5. Computer automatically calculates the coefficient of thermal expansion, volume expansion, and linear expansion; 
    6. Automatically calculates the compensation coefficient and automatically compensates, manual correction is also possible; 
    7. Sample size: Ф(2~10)×50mm, (2~10)×(2~10)×50mm, both square and round samples are acceptable;

    8. Power supply: 220V, 2KW;

    9. Automatic temperature control, recording, storage, and printing of data, printing temperature-coefficient of thermal expansion curve. All test operations are completed through the computer interface, which is easy to operate and learn and provides a complete set of software.

    10. Refrigeration method: Compression refrigeration;

    Instrument configuration: Includes one ZRPY-DW (-30~200℃) low-temperature dilatometer host, one set of testing software, one set of communication interface and data cable, one quartz standard sample, one desktop computer (configured according to the contract).

    Xiangtan Xiangke ZRPY-DW Low-Temperature Dilatometer, Coefficient of Thermal Expansion Tester (Liquid Nitrogen Refrigeration Specifications)

    This instrument is suitable for measuring the volume changes (expansion and contraction) of metal materials, ceramics, glazes, refractory materials, plastics, and other non-metallic materials that occur with temperature changes from low temperatures (-60℃) to 200℃.

    Instrument reference standards: GB/T1036-2008 "Determination of linear thermal expansion coefficient of plastics - Quartz dilatometer method", GB/T2572-2005 Test method for average linear coefficient of thermal expansion of fiber reinforced plastics.

    Main Technical Parameters: 
    1. Temperature range: -60~200℃ (liquid nitrogen refrigeration),

    2. Measurement deformation range: ±1.5mm.

    3. Displacement sensor sensitivity 0.1um, automatic correction range;

    4. Temperature control accuracy: ±1℃;

    5. Computer automatically calculates the coefficient of thermal expansion, volume expansion, and linear expansion; 
    6. Automatically calculates the compensation coefficient and automatically compensates, manual correction is also possible; 
    7. Sample size:  Ф(2~10)×50mm, (2~10)×(2~10)×50mm,  both square and round samples are acceptable;

    8. Power supply: 220V, 2KW;

    9. Automatic temperature control, recording, storage, and printing of data, printing temperature-coefficient of thermal expansion curve. All test operations are completed through the computer interface, which is easy to operate and learn and provides a complete set of software.

    10. Refrigeration method: Liquid nitrogen refrigeration;

    Instrument configuration: Includes one ZRPY-DW (-60~200℃) low-temperature dilatometer host, one set of testing software, one set of communication interface and data cable, one quartz standard sample, one desktop computer (configured according to the contract), one self-pressurizing liquid nitrogen tank.

    Note: There are also ultra-low temperature vertical dilatometers -196 ~ 200 ℃ specifications.

Low-Temperature Dilatometer, Coefficient of Thermal Expansion Instrument


Model:

Xiangtan Xiangke ZRPY-DW

Specifications:

Specifications:

这里是占位文字

Gross weight (KG):


The Xiangtan Xiangke ZRPY-DW low-temperature dilatometer, coefficient of thermal expansion instrument, is used to measure the volume change (expansion and contraction) of metal materials, ceramics, glazes, refractory materials, and other non-metallic materials with temperature changes from -30~100℃ or -60~200℃.


You can send us an email:xtyqyb@163.com

+86 13007446928

Inquire
+
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Product Details

Xiangtan Xiangke ZRPY-DW Low-Temperature Dilatometer, Coefficient of Thermal Expansion Tester (Compression Refrigeration Specifications)

This instrument is suitable for measuring the volume changes (expansion and contraction) of metal materials, ceramics, glazes, refractory materials, plastics, and other non-metallic materials that occur with temperature changes from low temperatures (-30℃) to 200℃.

Instrument reference standards: GB/T1036-2008 "Determination of linear thermal expansion coefficient of plastics - Quartz dilatometer method", GB/T2572-2005 Test method for average linear coefficient of thermal expansion of fiber reinforced plastics.

Main Technical Parameters: 
1. Temperature range: -30~200℃ (compression refrigeration),

2. Measurement deformation range: ±1.5mm.

3. Displacement sensor sensitivity 0.1um, automatic correction range;

4. Temperature control accuracy: ±1℃;

5. Computer automatically calculates the coefficient of thermal expansion, volume expansion, and linear expansion; 
6. Automatically calculates the compensation coefficient and automatically compensates, manual correction is also possible; 
7. Sample size: Ф(2~10)×50mm, (2~10)×(2~10)×50mm, both square and round samples are acceptable;

8. Power supply: 220V, 2KW;

9. Automatic temperature control, recording, storage, and printing of data, printing temperature-coefficient of thermal expansion curve. All test operations are completed through the computer interface, which is easy to operate and learn and provides a complete set of software.

10. Refrigeration method: Compression refrigeration;

Instrument configuration: Includes one ZRPY-DW (-30~200℃) low-temperature dilatometer host, one set of testing software, one set of communication interface and data cable, one quartz standard sample, one desktop computer (configured according to the contract).

Xiangtan Xiangke ZRPY-DW Low-Temperature Dilatometer, Coefficient of Thermal Expansion Tester (Liquid Nitrogen Refrigeration Specifications)

This instrument is suitable for measuring the volume changes (expansion and contraction) of metal materials, ceramics, glazes, refractory materials, plastics, and other non-metallic materials that occur with temperature changes from low temperatures (-60℃) to 200℃.

Instrument reference standards: GB/T1036-2008 "Determination of linear thermal expansion coefficient of plastics - Quartz dilatometer method", GB/T2572-2005 Test method for average linear coefficient of thermal expansion of fiber reinforced plastics.

Main Technical Parameters: 
1. Temperature range: -60~200℃ (liquid nitrogen refrigeration),

2. Measurement deformation range: ±1.5mm.

3. Displacement sensor sensitivity 0.1um, automatic correction range;

4. Temperature control accuracy: ±1℃;

5. Computer automatically calculates the coefficient of thermal expansion, volume expansion, and linear expansion; 
6. Automatically calculates the compensation coefficient and automatically compensates, manual correction is also possible; 
7. Sample size:  Ф(2~10)×50mm, (2~10)×(2~10)×50mm,  both square and round samples are acceptable;

8. Power supply: 220V, 2KW;

9. Automatic temperature control, recording, storage, and printing of data, printing temperature-coefficient of thermal expansion curve. All test operations are completed through the computer interface, which is easy to operate and learn and provides a complete set of software.

10. Refrigeration method: Liquid nitrogen refrigeration;

Instrument configuration: Includes one ZRPY-DW (-60~200℃) low-temperature dilatometer host, one set of testing software, one set of communication interface and data cable, one quartz standard sample, one desktop computer (configured according to the contract), one self-pressurizing liquid nitrogen tank.

Note: There are also ultra-low temperature vertical dilatometers -196 ~ 200 ℃ specifications.

Relevant Specifications

Relevant Specifications

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