Visual ultra-high temperature deformation analyzer

Visual ultra-high temperature deformation analyzer，Can achieve material sintering at ultra-high temperatures（The online real-time observation of shape, size, and physical state changes during the process at 2000 ℃, and the intuitive and accurate calculation of sample expansion and contraction curves through intelligent data acquisition and image processing systems, can help to accurately formulate material sintering or heat treatment processes, improve product quality, and reduce production costs.

Visual ultra-high temperature contact angle tester,Realize ultra-high temperature（High vacuum surface performance testing (2000 ℃) is used to study the change law of contact angle between molten metal and different solid materials at high temperatures. It can measure the melting, wetting, and spreading behavior of molten metal during high temperature processes, and is specifically designed for high-temperature analysis instruments in industries with very demanding temperature conditions, such as glass, minerals, metallurgy, ceramics, glazes, welding, semiconductors, alloys, coal, etc.

Performance characteristics:

Ultra high temperature:2000℃

高真空：真空度1*10⁻³Pa

Visual monitoring of sintering process

High temperature deformation analysis: height, width, area expansion and contraction analysis

High temperature contact angle measurement:contact angleθ、 液滴直径D、液滴高度Hmeasurement

Application fields:

AVisual ultra-high temperature deformation analyzer

• Given a blank formula, find outmatchThe sintering process.

• Given a sintering process, find a reasonable blank formula.

• Study the sintering process kinetics of materials.

• Control of sintering process for complex shaped samples.

• Widely applicable for the analysis and testing of high-temperature physical properties of various materials such as ceramics, glazes, refractory materials, minerals, etc.

B Visualization Ultra high Temperature Contact Angle Tester（Optional contact angle software）

• Research and development, screening, and optimization of new sintering aids: monitoring the deformation, sintering, and contour changes of ceramic materials during the heating process until melting.

• ceramics/Research on Metal Packaging: Analyzing the Wettability and Solderability of Solder and Substrate.

• New type of alloy/Composite materials/glass/ceramics, analysis of characteristic temperature points and melting behavior.

• Research and development of high-temperature functional coatings: Study on the corrosion resistance and infiltration behavior of coatings.

Height and width of high-temperature ceramic sintering processExpansion and contraction

Technical Specifications