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Pesée des échantillons

Mass loss during heat treatment in air

For organic matter the standard ashing furnace AAF 11/17 with balance up to 1100°C can be used for loss on ignition (LOI) applications in air. Weight change of the sample is monitored during the heating process and this is required, for example, in the determination of organic matter content in materials such as sediment, sludge, soil and waste.

For inorganic matter the standard CWF-BAL furnace, up to 1100°C, with integral balance can be used for thermogravimetric analysis (TGA) and loss on ignition (LOI) applications in air, where weight change of the sample must be monitored during the heating process. This is required, for example, in the determination of inorganic matter content in materials such as cement, lime, calcined bauxite and refractories.

Mass loss during heat treatment under inert gas atmosphere

Under inert gas custom made ovens and furnaces can be fitted with a balance for continuous sample weighing. A heated gas outlet with either an active after burner or a condensation trap is recommended for certain amounts of organic matter.

Fours & Etuves sur mesure Carbolite Gero Exemples

Custom made retort furnace up to 900°C for 250kg load with balance (accuracy 5g) for mass loss under inert gas atmosphere
Custom made retort furnace up to 900°C for 250kg load with balance (accuracy 5g) for mass loss under inert gas atmosphere
Four à calcination standard AAF-BAL 11/17 jusqu'à 1100 °C avec une balance pour la détermination de la matière organique dans des matériaux tels que les sédiments, les boues, les sols et les déchets
Four à calcination standard AAF-BAL 11/17 jusqu'à 1100 °C avec une balance pour la détermination de la matière organique dans des matériaux tels que les sédiments, les boues, les sols et les déchets
Bespoke HTMA 6/96 up to 600°C under inert atmosphere with custom designed continuous sample weighing
Bespoke HTMA 6/96 up to 600°C under inert atmosphere with custom designed continuous sample weighing

Sous réserve de modifications techniques et d'erreurs