• High Temperature Dilatometer, Determination of Linear Thermal Expansion
  • High Temperature Dilatometer, Determination of Linear Thermal Expansion
  • High Temperature Dilatometer, Determination of Linear Thermal Expansion
  • High Temperature Dilatometer, Determination of Linear Thermal Expansion
  • High Temperature Dilatometer, Determination of Linear Thermal Expansion
  • High Temperature Dilatometer, Determination of Linear Thermal Expansion

High Temperature Dilatometer, Determination of Linear Thermal Expansion

After-sales Service: Free Spare Parts
Warranty: 1 Year
Model: TDM Series
Measured Deformation Scope: +5mm
Sensitivity: 1um
Electrical Precision: +5 °c
Customization:
Gold Member Since 2017

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Basic Info.

Model NO.
tdm Series
Heating Rate
0-100 °
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. 

Main technical parameters
 Overview 
     This instrument is used to detect solid inorganic materials, high temperature expansion properties of metallic materials, especially corundum, refractory, investment casting using shell and core materials, ceramics, ceramic materials, porcelain clay, glaze, glass, graphite, carbon provides the essential means of testing, research, teaching and other inorganic materials, metal products performance. By the instrument can be completed to the sample line variable, linear expansion coefficient, the coefficient of volumetric expansion, the rapid thermal expansion, softening temperature, the sintering kinetics of the glass transition temperature, phase transition, the density change, the sintering rate control (RCS), and they change curve. User requirements can also be noted in the samples protective atmosphere, vacuum, vacuum degree 0.1MPa. 
 Also applies to GB/T3810.8-2006 on Determination of linear thermal expansion of ceramic tiles, 
                 Of GB/T16920-1997 pair of glass an average linear thermal expansion coefficient of determination, 
                 GB/T3074 (1) .4-2003 on the determination of the coefficient of thermal expansion of graphite electrodes. . 
  
Technical parameters 
1, the highest oven temperature: 1200
° C, 1400 ° C, 1700 ° C by the customer choice. 
2, the heating rate :0-100 degrees / minutes adjustable temperature control of computer programs. 
3, a computer automatically calculate the coefficient of expansion, the expansion coefficient, the amount of linear expansion, acute and thermal expansion. 
Automatically calculate the compensation factor and automatic compensation can also be manually corrected (Online). 
5, automatically recording, storing, printing the number noted in print temperature - expansion coefficient curve. 
The temperature spacing free to set minimum spacing of 1
° C. 
6, the expansion value measurement range:
± 5mm. 
7, measuring the expansion of value-resolution 0.1-1um automatic calibration range. 
8, the sample range (2-15) x (2-15)
× (20-150) mm, square / circular shape can be. 
9, imported linear bearing drive, expansion value excellent friction transmission, transmission accuracy and repeatability. 
10, system measurement error:
± 0.1-0.5%. 
11, the power supply voltage: 220V
± 10%, 2KW. 
12, the instrument is equipped with a standard computer interface, associated with a general-purpose computer, all test operations are computer interface, easy to operate, easy to learn and provides a full set of software. 
  (With carbon industry-specific detection software)
                 
 
High Temperature Dilatometer, Determination of Linear Thermal ExpansionHigh Temperature Dilatometer, Determination of Linear Thermal ExpansionHigh Temperature Dilatometer, Determination of Linear Thermal ExpansionHigh Temperature Dilatometer, Determination of Linear Thermal ExpansionHigh Temperature Dilatometer, Determination of Linear Thermal ExpansionHigh Temperature Dilatometer, Determination of Linear Thermal Expansion










 

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