Material and product specific applications allow you to explore thermoanalytical solutions for your specific range of materials; make your selection.
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 | Ceramic Handbook: "TA for Ceramic Materials" Here, over 30 examples are presented for raw and building materials, silicate ceramics and glass - and, for technical ceramics, mechanical, electronic, magnetic and optical applications are illustrated. |  |
 | AS-088-2006 Glass Author: NETZSCH Applications laboratoryInvestigation of thermal conductivity of glass into the liquid state (1500°C) |  |
 | AS-093-2006 Soda-Lime Glass Author: NETZSCH Applications laboratoryDetermination of thermal expansion (CTE), glass transition temperature and softening point of a soda-lime glass |  |
 | AS-099-2006 Zirconia - Correction for RCS Measurements Author: NETZSCH Applications laboratoryConstant rate of sintering (0.01%/min) achieved by individual temperature program which is online calculated by RCS-software (rate controlled sintering) |  |
 | AS-100-2006 Cordierite Author: NETZSCH Applications laboratoryDetermination of thermal expansion (CTE) of two cordierite samples with a double push rod dilatometer |  |
 | AS-125-2006 Silicon Carbide Author: NETZSCH Applications laboratoryDetermination of thermal expansion and sintering of a SiC green body |  |
 | AS-126-2006 Silicon Nitride (Green Body) Author: NETZSCH Applications laboratoryDetermination of glass transition and cold crystallization of debindered silicon nitride green body |  |
 | AS-128-2006 Tungsten Carbide Author: NETZSCH Applications laboratoryDetermination of thermal expansion and sintering of a tungsten carbide green body |  |
 | R-276-05 Improving Zirconia Ceramics through Thermoanalytical Characterization Author: J. BlummBinder burnout and sintering behavior of green zirconia material analyzed by different thermoanalytical techniques
Ceramic Industry, September (2005) 29 |  |
 | R-275-05 Thermophysical Properties - Characterization of Zirconia Prior to, During and After the Sintering Process Author: J. BlummDetermination of density change, specific heat and thermal diffusivity/conductivity prior to, during and after the sintering
DKG, 82 (2005) No. 10 E32 |  |