Heating Microscope GT-HM
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FusibilityStandards
The heating microscope is designed to study the phenomena of softening, melting, swelling, or combustion that occur at high temperatures in materials such as glasses, ceramic glazes, metals, foundry sands, and fuel ashes. For softening and melting tests with the heating microscope, a cylindrical specimen measuring 2 millimeters in diameter and 3 millimeters in height is used, prepared with a small manual press provided. It is also possible to frame and track the behavior of irregularly shaped specimens. The specimen is placed on a disposable sintered alumina support. A digital camera with microscopic optics and long focal length frames the sample placed on the support and transfers the image to the software, which analyzes it and retrieves the data.
TECHNICAL SPECIFICATIONS:
• Sample Shape: Cylinder
• Sample Height: 3 mm
• Sample Diameter: 2-3 mm
• Shape Type: Regular or irregular shape up to 8×8 mm
• Measurement Range: Measurement of dimensional changes up to 100%
• Simultaneous Tests: 2 samples simultaneously (4 as option)
• Dimensional Change Resolution: 3.5 μm
• Sensor Resolution: Total 60 Megapixel
• Light Source: 480 nm blue LED ; 3 W
• Filter: Interferential filter
• Frame Acquisition Rate: From 1 to 15 frames per second, user-selectable.
• Temperature Range on Sample: From room temperature (RT) up to 1400/1600 °C depending on the heating element type.
• Temperature Range in Furnace: From room temperature (RT) up to 1450/1650 °C depending on the heating element type.
• Heating Rate: From 1 to 80 °C/min
• Temperature Resolution: 0.1 °C
• Atmosphere Control: Air, protective atmosphere on demand
EQUIPMENT:
• Platform, Control and Measurement Software Suite, Horizontal Filament.
• Horizontal Furnace, Platinum Heating Element 1400 °C, Pt/Rh heating element 1600°C,
• Heating Microscope Module, Dedicated Heating Microscope Software.
• Possible predispositions to be requested at the time of the offer: Dilatometer, Fleximeter
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