High-Temperature Material Property Measurement Instrument
零售价
市场价
库存
库存剩余
隐藏域元素占位
- 产品描述
-
- Commodity name: High-Temperature Material Property Measurement Instrument
The Xiangke TGW material high-temperature physical property testing instrument is a high-temperature transmission projection device suitable for measuring the sintering point temperature and refractory degree of molding materials, metals, and non-metallic materials. This instrument observes the volume shrinkage, expansion, purification, and spheroidization flow of the material during the heating process through an optical device to determine the sintering range and melting temperature range of the material.
Xiangke TGW Material High-Temperature Physical Property Tester Introduction to (CJY-II Imaging Sintering Point Tester, High-Temperature Microscope)
This instrument is a high-temperature, transmission projection device used to measure the sintering point temperature and refractoriness of raw materials, mixtures, glass, and ceramic raw materials of molding materials. It allows testers to clearly see on the screen the volume shrinkage, expansion purification, and completion of material samples under high temperature, and to know the corresponding temperature at which various situations occur. It is widely used in the casting, ceramics, glass industries, and teaching and research departments.The instrument meets the requirements of QB/T 1546-1992 "Determination Method of Melting Temperature Range of Ceramic Glaze" for testing the sintering point temperature of ceramic raw materials.
Xiangke TGW Material High-Temperature Physical Property Tester Technical Parameters of (CJY-II Imaging Sintering Point Tester, High-Temperature Microscope)
1. Test temperature range: Room temperature to 1400℃ or room temperature to 1700℃, optional.
2. Heating rate: 1700℃ can be reached in 1.5 hours, and it can also be adjusted according to needs.
3. Image magnification: 8～9 times, the imaging screen is equipped with a coordinate system for easy quantification of expansion and shrinkage data.
4. Maximum power consumption: 2KW.
5. Maximum sample size: Ф7×8mm.
6. According to user requirements, a CCD camera and computer image processing system can be configured. All test operations are completed through the computer interface, which is convenient and easy to learn and provides a complete set of software.
Instrument Composition of High-Temperature Physical Property Tester
This instrument consists of five parts: a silicon carbon rod or silicon molybdenum rod furnace, a camera device, an electrical control box, a sample maker, and a computer.
1. Industrial cameras are used to directly capture images of objects and display them on computer screens through interfaces. When installing the camera, a sleeve is inserted into the camera lens to reduce the influence of external light sources. At high temperatures, the object becomes a glowing object. The image above the software can be measured and black and white automatic color reversal can be selected, or conversion is not required. The camera position can be moved back, forth, left, and right to display the image clearly.
2. A tubular resistance furnace using silicon carbon rods or silicon molybdenum rods as heating elements for heating, with a maximum furnace temperature of 1400 ℃ or 1700 ℃. The heating rate can be automatically adjusted, and the temperature gradient in the furnace test area is ± 15 ℃.
3. Image section: The sample is imaged on the display screen, and the tester can clearly see the projected images of the shrinkage, expansion, passivation, and complete spheroidization of the sample inside the furnace as the temperature changes.
4. Electrical part: It is controlled by a programmable temperature controller to ensure a good temperature rise speed. For specific operation, please refer to its user manual.Configuration: 1 mechanical main body, 1 electrical control cabinet, 2 light bulbs, 1 sample maker, 3 corundum pads, 1 set of camera bracket, 1 data acquisition card, 1 set of communication interface and software, 1 CCD camera, power supply, 1 set of lenses, 1 video cable, 1 desktop computer (configured according to the contract).
High-Temperature Material Property Measurement Instrument
Model:
Specifications:
Specifications:
这里是占位文字
Gross weight (KG):
The Xiangke TGW material high-temperature physical property testing instrument is a high-temperature transmission projection device suitable for measuring the sintering point temperature and refractory degree of molding materials, metals, and non-metallic materials. This instrument observes the volume shrinkage, expansion, purification, and spheroidization flow of the material during the heating process through an optical device to determine the sintering range and melting temperature range of the material.
Category：
You can send us an email：xtyqyb@163.com
InquireProduct Details
Xiangke TGW Material High-Temperature Physical Property Tester Introduction to (CJY-II Imaging Sintering Point Tester, High-Temperature Microscope)
This instrument is a high-temperature, transmission projection device used to measure the sintering point temperature and refractoriness of raw materials, mixtures, glass, and ceramic raw materials of molding materials. It allows testers to clearly see on the screen the volume shrinkage, expansion purification, and completion of material samples under high temperature, and to know the corresponding temperature at which various situations occur. It is widely used in the casting, ceramics, glass industries, and teaching and research departments.
The instrument meets the requirements of QB/T 1546-1992 "Determination Method of Melting Temperature Range of Ceramic Glaze" for testing the sintering point temperature of ceramic raw materials.
Xiangke TGW Material High-Temperature Physical Property Tester Technical Parameters of (CJY-II Imaging Sintering Point Tester, High-Temperature Microscope)
1. Test temperature range: Room temperature to 1400℃ or room temperature to 1700℃, optional.
2. Heating rate: 1700℃ can be reached in 1.5 hours, and it can also be adjusted according to needs.
3. Image magnification: 8～9 times, the imaging screen is equipped with a coordinate system for easy quantification of expansion and shrinkage data.
4. Maximum power consumption: 2KW.
5. Maximum sample size: Ф7×8mm.
6. According to user requirements, a CCD camera and computer image processing system can be configured. All test operations are completed through the computer interface, which is convenient and easy to learn and provides a complete set of software.
Instrument Composition of High-Temperature Physical Property Tester
This instrument consists of five parts: a silicon carbon rod or silicon molybdenum rod furnace, a camera device, an electrical control box, a sample maker, and a computer.
1. Industrial cameras are used to directly capture images of objects and display them on computer screens through interfaces. When installing the camera, a sleeve is inserted into the camera lens to reduce the influence of external light sources. At high temperatures, the object becomes a glowing object. The image above the software can be measured and black and white automatic color reversal can be selected, or conversion is not required. The camera position can be moved back, forth, left, and right to display the image clearly.
2. A tubular resistance furnace using silicon carbon rods or silicon molybdenum rods as heating elements for heating, with a maximum furnace temperature of 1400 ℃ or 1700 ℃. The heating rate can be automatically adjusted, and the temperature gradient in the furnace test area is ± 15 ℃.
3. Image section: The sample is imaged on the display screen, and the tester can clearly see the projected images of the shrinkage, expansion, passivation, and complete spheroidization of the sample inside the furnace as the temperature changes.
4. Electrical part: It is controlled by a programmable temperature controller to ensure a good temperature rise speed. For specific operation, please refer to its user manual.
Configuration: 1 mechanical main body, 1 electrical control cabinet, 2 light bulbs, 1 sample maker, 3 corundum pads, 1 set of camera bracket, 1 data acquisition card, 1 set of communication interface and software, 1 CCD camera, power supply, 1 set of lenses, 1 video cable, 1 desktop computer (configured according to the contract).
Relevant Specifications
Relevant Specifications
Recommend
Recommend
Inquire
If you are interested in our products, please leave your email and we will contact you as soon as possible. Thank you!
MESSAGE