This horizontal pushrod dilatometer is used for detecting solid inorganic materials and assessing the high-temperature expansion properties of metallic substances. Differential dilatometer is particularly suited for analyzing corundum, refractory materials, shell and core materials used in casting, ceramics, porcelain clay, glaze, glass, graphite, carbon, and printed inorganic materials. Additionally, high temperature horizontal pushrod dilatometer offers essential testing capabilities for scientific research and educational purposes. Users can customize specimen atmosphere protection, including vacuum conditions up to 0.1 MPa, to meet specific requirements. Moreover, dilatometer manufacturers adhere to standards such as GB/T3810.9 and GB/T3810.10-1999 for determining the linear thermal expansion of ceramic tiles. Dilatometer price varies depending on the features and specifications required for different applications.
USB or RS232 serial communication interface, easy to connect with a laptop.
In the experiment, the user sets the heating rate and the software PID controls the linear heating.
Calibrate various indicators of the instrument with standard samples.
The measurement process is automatically completed and plotted, and can also be manually corrected. The computer automatically calculates the coefficient of expansion, expansion coefficient of linear expansion volume, rapid thermal expansion.
Imported linear bearings are used to achieve frictionless transmission with high transmission accuracy and good repeatability.
Temperature Range | HDIL-1: RT to 1100℃ HDIL-2: RT to 1500℃ (According to furnace type) |
Heating rate | 0.1℃/min ~ 80℃/min |
Sample Length | 25mm±1mm |
Sample Diameter | 4 to 6mm |
Material of Sample Holder | fused silica , Al2O3 |
Change of Length | 2mm |
Length Resolution | 20nm |
Temperature Resolution | 0.05℃ |
CTE Accuracy | 0.01×10-6K-1 |
Atmosphere | air，inert，vacuum |
Operating mode | horizontal |
A horizontal dilatometer is a precision instrument used to measure dimensional changes in materials as a function of temperature, essential in fields like materials science, metallurgy, and ceramics. The working principle involves placing a sample between two fixed points and subjecting it to controlled temperature changes, with a high-precision sensor detecting the resulting expansions or contractions. This data is then analyzed to determine the material’s thermal expansion coefficient. Horizontal dilatometers are used for material characterization, quality control, research and development, and thermal energy analysis. They offer high precision, versatility, and ease of use, making them ideal for detailed material analysis. When combined with a thermal energy analyser, they provide comprehensive insights into a material’s thermal properties, including heat capacity and thermal conductivity. For more information on our range of horizontal dilatometers and other thermal analysis instruments, contact Henven.
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