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Study of Coefficient of Thermal Expansion (CTE), Temperatures of Glass Transition and Dilatometric Softening | |
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Available in different maximum temperatures: 1200°C, 1400°C or 1600°C |
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Maximum heating rate: 30°C/min |
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Expansion/Contraction range +15/- 25% initial length (Standard sample: 50 x 5 x 5 mm) |
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Resolution: 0.5 microns |
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Self calibration system, no correction factor required |
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Optional protective atmosphere system |
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Main applications: Ceramic industry, Glass industry, Thin materials, Metals and metal alloys, Plastic materials, Composite materials |
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Study of Sintering Kinetics, Dimensional variation during heating and cooling, Temperatures of Glass Transition and Dilatometric Softening | |
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Available in different maximum temperatures: 1400°C or 1600°C |
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Available in different maximum heating rates: 50°C/min or 80°C/min |
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Self calibration system, no correction factor required |
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Optional protective atmosphere system |
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Main applications: Ceramic industry, Glass industry, Thermoplastic materials, Metallic powders |
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HEATING STAGE MICROSCOPECATALOGUE |
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Study of softening and melting behaviour of materials; identification of characteristic temperatures, like Sintering, Softening, Sphere, Half Sphere, Melting; Contact angle, Viscosity curve, Surface Tension. Study of fusion according to ASTM D1857-68, ISO 540, DIN 51730, CEN/TS 15370-1, IS 12891, BS 1016 Standards. |
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Available in different maximum temperatures:1400°C, 1600°C or 1650°C |
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Available in different maximum heating rates: 50°C/min or 80°C/min or flash heating |
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Optional protective atmosphere system |
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Main applications: Ceramic industry, Fuel, Waste products, Ashes, Metallic Powders, Glass industry, Enamel industry |
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OPTICAL FLEXIMETERCATALOGUE |
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Study of bending of the material due to pyroplasticity, level and speed of the pyroplastic deformation, on set of the pyroplastic deformation, coupling temperature between glaze and body, deformation due to differences in thermal expansion on a double-layer material, state of tension (glaze stress tester), deformation of materials due to the absorption of water at room temperature. |
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Available in different maximum temperatures: 1200°C, 1400°C or 1600°C |
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Available in different maximum heating rates: 30°C/min |
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Optional protective atmosphere system |
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Data analysis software |
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Main applications: Ceramic industry, Glass industry, Multilayer materials, Composite materials |
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Study of Differential Thermal Analysis on samples obtained by pressing, casting or directly by cutting industrial products | |
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Available in different maximum temperatures: 1200°C, 1400°C or 1600°C |
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Available in different maximum heating rates: 30°C/min |
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Optional protective atmosphere system |
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Applications: Ceramic industry, Glass industry, Vitroceramic |
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The Differential Thermal Analysis function can be acquired in combination with the Misura® instruments HSML,ODLT and FLEX, or their combined versions |
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