Ashing furnaces, AAF series

Supplier: CARBOLITE
AAF113301 AAF117301 AAF1118301 AAF1133216P1 AAF1133508P1 AAF1173216P1 AAF1173508P1 AAF11183216P1 AAF11183508P1 AAF1173508P10 AAF11/7/3216P5 AAF11183216P5 AAF1118-230SN AAF1118-400TN AAF1103-230SN
AAF/11/3/301EA 3100 EUR
AAF/11/3/301 AAF11/7/301 458-0027 458-0032 458-0033 458-0037 458-0036 458-0029 458-0028 CARBAAF1173508P10 CARBAAF11/7/3216P5 CARBAAF11183216P5 CARBAAF1118-230SN CARBAAF1118-400TN CARBAAF1103-230SN
Ashing furnaces, AAF series
Ovens Furnaces (Ashing and Muffle Ovens)
The AAF range of ashing furnaces are ideal for ashing materials such as food, plastics, coal and other hydrocarbons, in which high volumes of fumes are generated. Smoke and fumes are removed by a constant airflow (of between 4 and 5 volume changes per minute) created by convection between the air inlet and the tall chimney, however it is not too high to disturb samples in the crucibles, or chill them as the incoming air is preheated.

The element and insulation design preheat the airflow to ensure consistent uniformity throughout the chamber and the elements are protected from chemical and mechanical damage by a high quality hard wearing lining.

Delivery information: Supplied as standard with a type 301 PID digital temperature controller with single ramp. Alternatively a choice of multi-segment programmers are available. Note that furnaces are supplied without plugs and should be hardwired at position of use. The 3 litre model requires 230 V single phase, 7 litre model requires 230 V single phase or can alternatively be supplied with 415 V two phase (of three phase) supply at extra charge. The 18 litre unit requires 230 V single phase or 415 V three phase supply, and can be reconfigured on site to single or three phase 'universal' power supply.

Caution: Note: Maximum continuous operating temperature should be 100 °C below the max. temp. of the model shown above.
Order Now

Learn more

About VWR

Avantor is a vertically integrated, global supplier of discovery-to-delivery solutions for...

Learn more About VWR