Thermal Analysis --> Dilatometers --> L 75 H

Down
Features Vacuum tight Remote Automatic zero adjustment of LVDT Automatic pressure control with digital display A variety of sample holders made of quartz, Al2O3, graphite Rate Controlled Sintering Software RCS
Dilatometer Furnances : L75/H 500LT -180°C up to +500°C L75/H 700LT -180°C up to +700°C L75/H 1000 RT up to 1000°C L75/H 1400 RT up to 1400°C L75/H 1550 RT up to 1600°C L75/H 2000 RT up to 2000°C
Description The horizontal research Dilatometer series L75H was developed to meet the demands of the research laboratories worldwide including ceramics and steel industry applications. This line of Dilatometers is capable of measurements under vacuum, oxidizing and reducing atmospheres (except 2000°C graphite furnace). This series has built in an automatic pressure control with digital display. Sample pressure is very important, to accurately measure the CTE values under different pressure conditions. A special rate controlled sintering software L75/RCS was developed to measure the Sintering behavior. The following physical properties can be measured: CTE, Linear Thermal Expansion, Alpha Physical, Sintering Temperature, Phase Transformations, Softening Points, Decomposition Temperatures, Glass Transition Temperatures
Application example: Glass Ceramic The dilatometric method is an excellent method to determine the thermal expansion (CTE) and the softening point of glass cera-mic materials. Besides the absolute expan-sion and the expansion coefficient (CTE) you can find the first derivative of the absolute expansion. Where the first derivative goes through zero you can determine the max. of the thermal expansion and thus the softening point of the material.
Download L75HPT_SERIE_ENG.pdf     Size: 501 KB
Top