Thermal Expansion Coefficient Instrument
零售价
¥ 25000
市场价
¥ 25000
库存
35
-
Specifications
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ZRPY-1000 Thermal expansion coefficient tester
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ZRPY-1400 Thermal expansion coefficient tester
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ZRPY-1600 Thermal expansion coefficient tester
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ZRPY-1600 Thermal expansion coefficient tester
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ZRPY-Vacuum device (optional)
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You can send us an email：xtyqyb@163.com
Inquire库存剩余
35
隐藏域元素占位
- 产品描述
-
- Commodity name: Thermal Expansion Coefficient Instrument
- Model: Xiangke ZRPY series
The Xiangke ZRPY series thermal expansion coefficient instrument (high-temperature horizontal expansion instrument) is used to determine the expansion and shrinkage performance of metal materials, ceramics, glazes, refractory materials, and other non-metallic materials during the heating and baking process at high temperatures. It is also applicable to the determination of the linear thermal expansion of ceramic tiles according to GB/T3810.8-2016.
Xiangke ZRPY Series Thermal Expansion Coefficient Instrument
Xiangtan Xiangke ZRPY Series Thermal Expansion Coefficient Instrument (High-Temperature Horizontal Expansion Meter)
The thermal expansion coefficient instrument is used to determine the expansion and shrinkage performance of metal materials, ceramics, glass, glazes, refractory materials, and other non-metallic materials during the heating and baking process at high temperatures.
Thermal expansion coefficient instrument reference standards: GB/T3810.8-2016 and ISO 10545.8-2014 Determination of linear thermal expansion of ceramic tiles, GB/T16920-2015 Determination of average linear thermal expansion coefficient of glass, GB/T3074.4-2016 Determination of thermal expansion coefficient of graphite electrodes, GB/T 7320-2018 "Test methods for thermal expansion of refractory products", GB/T4339-2008 "Determination of thermal expansion characteristic parameters of metallic materials", etc.
Atmosphere protection or vacuum pumping can be selected according to user requirements (optional equipment, charges are extra).
Main technical parameters:
1. Maximum furnace temperature: 1000℃, 1400℃, 1600℃, 1700℃, etc., optional specifications.
2. Heating rate 0-20 degrees/min adjustable, microcomputer program temperature control, temperature control accuracy ±1℃;
3. Deformation measurement range: ±1.5mm.
4. Displacement sensor sensitivity 0.1um, automatic range correction;
5. Computer automatically calculates the coefficient of expansion, volume expansion, and linear expansion.
6. Automatic recording, storage, and printing of data, printing temperature-expansion coefficient curve.
Temperature interval freely set, minimum interval 1℃.
7. Automatically calculate and compensate the compensation coefficient, or manual correction can be performed.
8. Sample size: Ф(5～10)×50mm、(5～10)×(5～10)×50mm, both square and round samples are acceptable;9. Using linear bearing transmission, realizing frictionless transmission of expansion value, high transmission accuracy and repeatability*.
10. System measurement error: ±0.2%.
11. Power supply: 220V, 2KW
12. The ZRPY intelligent expansion meter is connected to the computer for automatic temperature control, recording, storage, and printing of data, and printing of the temperature-expansion coefficient curve. All test operations are completed through the computer interface, which is easy to operate and learn, and provides a complete set of software.
Expansion coefficient instrument configuration: including one ZRPY thermal expansion coefficient measuring instrument host, one set of software, one set of communication interface and data cable, one standard sample, and one desktop computer (configured according to the contract).
Appearance image of the expansion coefficient instrument:
Test interface diagram:
ZRPY series Thermal Expansion coefficient instrument Some typical users:
Institute of Electronics, Chinese Academy of Sciences
China Institute of Atomic Energy
Beijing Building Materials Testing and Certification Center Co., Ltd.
Railway Construction Research Institute, China Academy of Railway Sciences
Beijing Institute of Prospecting Engineering
China Nuclear Power Institute
Shandong Meilin Sanitary Ware Co., Ltd.
Jilin Bushou Pharmaceutical Co., Ltd. Shaanxi University of Science & Technology
Northeastern University
Shandong University
Shenzhen University
Jingdezhen Ceramic Institute
Jiangxi Ceramic Arts and Crafts Vocational and Technical College
Thermal Expansion Coefficient Instrument
Model:
Xiangke ZRPY series
Specifications:
Specifications:
这里是占位文字
Gross weight (KG):
The Xiangke ZRPY series thermal expansion coefficient instrument (high-temperature horizontal expansion instrument) is used to determine the expansion and shrinkage performance of metal materials, ceramics, glazes, refractory materials, and other non-metallic materials during the heating and baking process at high temperatures. It is also applicable to the determination of the linear thermal expansion of ceramic tiles according to GB/T3810.8-2016.
Category：
You can send us an email：xtyqyb@163.com
InquireProduct Details
Xiangke ZRPY Series Thermal Expansion Coefficient Instrument
Xiangtan Xiangke ZRPY Series Thermal Expansion Coefficient Instrument (High-Temperature Horizontal Expansion Meter)
The thermal expansion coefficient instrument is used to determine the expansion and shrinkage performance of metal materials, ceramics, glass, glazes, refractory materials, and other non-metallic materials during the heating and baking process at high temperatures.
Thermal expansion coefficient instrument reference standards: GB/T3810.8-2016 and ISO 10545.8-2014 Determination of linear thermal expansion of ceramic tiles, GB/T16920-2015 Determination of average linear thermal expansion coefficient of glass, GB/T3074.4-2016 Determination of thermal expansion coefficient of graphite electrodes, GB/T 7320-2018 "Test methods for thermal expansion of refractory products", GB/T4339-2008 "Determination of thermal expansion characteristic parameters of metallic materials", etc.
Atmosphere protection or vacuum pumping can be selected according to user requirements (optional equipment, charges are extra).
Main technical parameters:
1. Maximum furnace temperature: 1000℃, 1400℃, 1600℃, 1700℃, etc., optional specifications.
2. Heating rate 0-20 degrees/min adjustable, microcomputer program temperature control, temperature control accuracy ±1℃;
3. Deformation measurement range: ±1.5mm.
4. Displacement sensor sensitivity 0.1um, automatic range correction;
5. Computer automatically calculates the coefficient of expansion, volume expansion, and linear expansion.
6. Automatic recording, storage, and printing of data, printing temperature-expansion coefficient curve.
Temperature interval freely set, minimum interval 1℃.
7. Automatically calculate and compensate the compensation coefficient, or manual correction can be performed.
8. Sample size: Ф(5～10)×50mm、(5～10)×(5～10)×50mm, both square and round samples are acceptable;
9. Using linear bearing transmission, realizing frictionless transmission of expansion value, high transmission accuracy and repeatability*.
10. System measurement error: ±0.2%.
11. Power supply: 220V, 2KW
12. The ZRPY intelligent expansion meter is connected to the computer for automatic temperature control, recording, storage, and printing of data, and printing of the temperature-expansion coefficient curve. All test operations are completed through the computer interface, which is easy to operate and learn, and provides a complete set of software.
Expansion coefficient instrument configuration: including one ZRPY thermal expansion coefficient measuring instrument host, one set of software, one set of communication interface and data cable, one standard sample, and one desktop computer (configured according to the contract).
Appearance image of the expansion coefficient instrument:
Test interface diagram:
ZRPY series Thermal Expansion coefficient instrument Some typical users:
Institute of Electronics, Chinese Academy of Sciences
China Institute of Atomic Energy
Beijing Building Materials Testing and Certification Center Co., Ltd.
Railway Construction Research Institute, China Academy of Railway Sciences
Beijing Institute of Prospecting Engineering
China Nuclear Power Institute
Shandong Meilin Sanitary Ware Co., Ltd.
Jilin Bushou Pharmaceutical Co., Ltd. Shaanxi University of Science & Technology
Northeastern University
Shandong University
Shenzhen University
Jingdezhen Ceramic Institute
Jiangxi Ceramic Arts and Crafts Vocational and Technical College
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