Vacuum Dilatometer, High Temperature Vacuum Thermal Expansion Coefficient

• After-sales Service: Free Spare Parts
• Warranty: One Year
• Model: TDM-VII
• Maximum Furnace Temperature: 200ºC, 1400ºC, 1700ºC
• Sample Range: (2to15) × (2to15) × (20 to 150) mm.
• System Measurement Error: ±0.1~0.5%
• Model NO.: TDM-VII
• Power Supply Voltage: 220V±10%, 2kw
• Measurement Range: ±12.7mm
• Resolution: 0.1um
• Accuracy: 0.2um
• Heating Speed: 0 to 100 Degrees/Min
• Transport Package: Plywood Packing
• Trademark: Xiangyi
• Origin: China
• Production Capacity: 100 PCS/Month

Product Description

The apparatus is used to measure temperature in the state of metal materials, ceramics, masks, fire-proof material and other non-metallic materials in the process of being heated roast expansion and contraction performance, also apply to the ceramic tiles linear thermal expansion tests. 

Overview
TDM-VII high-temperature vacuum expansion meter is used to detect the high-temperature expansion performance of solid inorganic materials and metal materials, especially corundum, refractory materials, shell and core materials for precision casting, ceramics, ceramic raw materials, porcelain clay, glazes, and glass. , graphite, carbon and other inorganic (organic) materials, metal products, and the performance of polymer materials, providing essential testing methods for scientific research and teaching. The TDM thermal expansion meter is also suitable for measuring the linear thermal expansion of ceramic tiles, measuring the average linear thermal expansion coefficient of glass, measuring the coefficient of thermal expansion of graphite electrodes (CTE), and the "Test Method for Thermal Expansion of Refractory Products". It also fully meets the requirements of the State Food and Drug Administration. Packaging materials [Linear thermal expansion coefficient testing].

Main technical parameters

MODEL	TDM-VII
Maximum furnace temperature	1200ºC, 1400ºC, 1700ºC selected by the customer.
Heating speed	adjustable from 0 to 100 degrees/min, temperature controlled by computer program.
Coefficient calculate	computer automatically calculates the expansion coefficient, volume expansion coefficient, linear expansion, and rapid thermal expansion.
Coefficient compensation	Automatically calculate the compensation coefficient and compensate automatically, or manually correct it (online).
Date record	Automatically record, store, and print data, and print temperature-expansion coefficient curves. The temperature interval can be set freely, with a minimum interval of 1°C.
Deformation measurement	uses a high-precision grating micrometer sensor. Measurement range is ±12.7mm, Resolution is 0.1um Accuracy is 0.2um Range is automatically corrected. Expansion value measurement range is large and the sample adjustment range is increased.
Sample range	(2to15) × (2to15) × (20to150) mm. Samples can also be individually protected by atmosphere according to user requirements, and can be evacuated with a vacuum degree of 0.1MPa.
Transmission	Imported linear bearing transmission is used to achieve friction-free transmission of expansion values, with excellent transmission accuracy and repeatability.
System measurement error	±0.1~0.5%
Power supply voltage	220V±10%, 2KW
Interface and data software	TDM-VII high-temperature vacuum expansion meter is equipped with a standard computer interface and can be connected to a general-purpose computer. All test operations are completed through the computer interface. The operation is easy to learn and a full set of software is provided. (equipped with special detection software for the carbon industry)