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HIGH ACCURACY
MELTING
SOFTENING
SPHERE POINT
HALF SPHERE POINT
FUSIBILITY
CONTACT ANGLE
SURFACE TENSION
THEORETICAL VISCOSITY
COEFFICIENT OF THERMAL EXPANSION
GLASS TRANSITION
DILATOMETRIC SOFTENING
SINTERING
EXPANSION/ SHRINKAGE
Heating Microscope and Horizontal Optical
Dilatometer Misura® HSML-ODLT is the result
of more than twenty years of research and
development: it allows to carry out thermomechanical
analyses with dilatometric resolution,
without contact with the sample. It allows to
identify automatically:
? characteristic temperatures: Sintering
Beginning, Softening, Sphere, Half Sphere,
Melting/ Fusion;
? fusibility according to International Standards;
? flattening curve;
? contact angle curve;
? sample area variation curve;
? ratio curve between base and height of the
specimen;
? bloating effects;
? theoretical viscosity;
? surface tension at high temperatures;
? coefficient of thermal expansion (CTE/ COE);
? Alpha (α) and cubical Alpha value;
? Delta (Δ) L/L0;
? glass transition temperatures (Tg);
? dilatometrical softening point (Ts);
? sintering, expansion and shrinkage curve.
IMAGE ACQUISITION, TEMPERATURE OR TIME BASED - Heating Microscope (HSML)
? Acquisizione di immagini in base temperatura o tempo - Microscopio Riscaldante (HSML)
? Adquisición de imágenes en base temperatura o tiempo - Microscopio de Calentamiento (HSML)
DILATOMETRIC CURVE (BLUE LINE), CTE CURVE (GREEN LINE), GLASS
TRANSITION AND DILATOMETRIC SOFTENING POINT - Horizontal Optical
Dilatometer (ODLT)
? Curva dilatometrica (linea blu), curva del CTE (línea verde), transizione vetrosa (Tg) e
rammollimento dilatometrico (Ts) - Dilatometro Ottico Orizzontale (ODLT)
? Curva dilatométrica (línea blu), curva del CTE (línea verde), transición vítrea (Tg) y
ablandamiento dilatométrico (Ts) - Dilatómetro óptico Horizontal (ODLT)
The advertising material is not valid for contractual purposes and technical specifications could be subjected to changes
MELTING BEHAVIOUR OF FRITS - Heating Microscope (HSML)
SAMPLE DISPLACEMENT
