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Home/Product/Contact angle measuring instrument/SDC-1500Rack type high temperature contact angle measuring instrument
SDC-1500輪播大圖.png
SDC-1500輪播大圖.png

SDC-1500Rack type high temperature contact angle measuring instrument

Product comparison

Product Features

  • Dual temperature monitoring system, both external and built-in, can monitor the temperature in the heating furnace in real time;
  • Equipped with high temperature special left and right contact angle fitting, the differential circle method is used for fitting, and the accuracy is as high as ±1°;
  • The room temperature can reach 1700℃ under normal pressure, and the room temperature can reach 1500℃ under vacuum conditions;
  • Equipped with a dual-channel inert protection device, which can simultaneously or independently use a certain process gas to protect the internal metal;
  • Product description
  • Specification parameters
  • Hardware options
SDC-1500 rack type high temperature contact angle measuring instrument can not only measure the contact angle and surface tension of molten metal at high temperature and high vacuum, but also measure contact angle, surface free energy, interfacial tension, etc. at room temperature. With stable heating, high vacuum and comprehensive functions, it can be widely used in metal materials, ceramic materials and other research fields.
Industry application

Measure the wettability of liquid metal to substrates under high temperature and vacuum, and evaluate the wetting process and adhesion properties of different materials under high temperature and vacuum. Measure the surface tension value of the solution under high temperature conditions, based on the analysis of the contact angle and surface tension, control the reasonable wetting range, and find an effective way to remove the furnace scale in the refining process.

Measurement methods
High temperature sessile drop method
Measurement function
Static Contact Angle Measurement
Surface Energy Analysis
surface interfacial tension
fitting method
1
Differential circle method
2
Differential Ellipse Method
3
Dot/Three-dot method
4
Ellipse method
5
width and height
6
concave surface method
7
convex surface method
8
Young-Laplace method
9
five point method
Equipment video
Product Advantages
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