Aluminum oxide crucibles
The smallest TGA crucible up to 1600 °C Recommended for TGA or TGA/DSC measurements up to 1600 °C. In some cases good alternative for DSC measurements up to 640 °C.
Excellent Thermal Conductivity The perfectly flat base and low mass make these crucibles good candidates for TGA/DSC measurements at temperatures above 600 °C.
Alumina crucibles can be reused After the measurement, the alumina (Al2O3) crucibles can be regenerated. Often they are mechanically cleaned, then rinsed in solution before drying.
No sample change prior to measurement The alumina crucibles can be used in combination with special Al lids. They prevent sample changes during the waiting period before the measurement. This is of high relevance for samples that can take up water or samples that evaporate content.
Regeneration of alumina crucibles After mechanical cleaning store, if needed, in water (or even in 10% hydrochloric acid). Oxides may form which can then be removed by rinsing. After drying, heat the crucibles to red hot to ensure that no weight loss occurs when they are used.
Several metals are critical Al2O3 has the tendency to form spinels with Fe2+, Ni2+, Cu2+ and others, particularly at temperatures above 1000 °C. In addition, the melt of these metals dissolve Al2O3.
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Aluminum oxide crucibles
The smallest TGA crucible up to 1600 °C Recommended for TGA or TGA/DSC measurements up to 1600 °C. In some cases good alternative for DSC measurements up to 640 °C.
Excellent Thermal Conductivity The perfectly flat base and low mass make these crucibles good candidates for TGA/DSC measurements at temperatures above 600 °C.
Alumina crucibles can be reused After the measurement, the alumina (Al2O3) crucibles can be regenerated. Often they are mechanically cleaned, then rinsed in solution before drying.
No sample change prior to measurement The alumina crucibles can be used in combination with special Al lids. They prevent sample changes during the waiting period before the measurement. This is of high relevance for samples that can take up water or samples that evaporate content.
Regeneration of alumina crucibles After mechanical cleaning store, if needed, in water (or even in 10% hydrochloric acid). Oxides may form which can then be removed by rinsing. After drying, heat the crucibles to red hot to ensure that no weight loss occurs when they are used.
Several metals are critical Al2O3 has the tendency to form spinels with Fe2+, Ni2+, Cu2+ and others, particularly at temperatures above 1000 °C. In addition, the melt of these metals dissolve Al2O3.
Aluminum oxide crucibles
The smallest TGA crucible up to 1600 °C Recommended for TGA or TGA/DSC measurements up to 1600 °C. In some cases good alternative for DSC measurements up to 640 °C.
Excellent Thermal Conductivity The perfectly flat base and low mass make these crucibles good candidates for TGA/DSC measurements at temperatures above 600 °C.
Alumina crucibles can be reused After the measurement, the alumina (Al2O3) crucibles can be regenerated. Often they are mechanically cleaned, then rinsed in solution before drying.
No sample change prior to measurement The alumina crucibles can be used in combination with special Al lids. They prevent sample changes during the waiting period before the measurement. This is of high relevance for samples that can take up water or samples that evaporate content.
Regeneration of alumina crucibles After mechanical cleaning store, if needed, in water (or even in 10% hydrochloric acid). Oxides may form which can then be removed by rinsing. After drying, heat the crucibles to red hot to ensure that no weight loss occurs when they are used.
Several metals are critical Al2O3 has the tendency to form spinels with Fe2+, Ni2+, Cu2+ and others, particularly at temperatures above 1000 °C. In addition, the melt of these metals dissolve Al2O3.
Aluminum oxide crucibles
The smallest TGA crucible up to 1600 °C Recommended for TGA or TGA/DSC measurements up to 1600 °C. In some cases good alternative for DSC measurements up to 640 °C.
Excellent Thermal Conductivity The perfectly flat base and low mass make these crucibles good candidates for TGA/DSC measurements at temperatures above 600 °C.
Alumina crucibles can be reused After the measurement, the alumina (Al2O3) crucibles can be regenerated. Often they are mechanically cleaned, then rinsed in solution before drying.
No sample change prior to measurement The alumina crucibles can be used in combination with special Al lids. They prevent sample changes during the waiting period before the measurement. This is of high relevance for samples that can take up water or samples that evaporate content.
Regeneration of alumina crucibles After mechanical cleaning store, if needed, in water (or even in 10% hydrochloric acid). Oxides may form which can then be removed by rinsing. After drying, heat the crucibles to red hot to ensure that no weight loss occurs when they are used.
Several metals are critical Al2O3 has the tendency to form spinels with Fe2+, Ni2+, Cu2+ and others, particularly at temperatures above 1000 °C. In addition, the melt of these metals dissolve Al2O3.
