The melting furnaces for taste ashes of the FFC series are used to melt the ash of precious samples and obtain a rectangle containing the noble metals present in the ash.

The heating part of the furnace FFC / A is built with heating of silicon carbide rods that can deliver a maximum power of 2 kW on each of the 3 groups of resistors.

This power is adjusted automatically by means of electronic control of each phase, so that the operator avoids having to intervene manually in order to maintain the constant absorption over the three phases.

This allows a long-term resistances.

In the oven FFC / I on the other hand, the heating of the crucible takes place by means of an induction medium-frequency converter.
The furnace is provided with collector for the sliding of the suction with adjustment damper fumes.

Refreshed in design and performance, allow to reach the operating temperature in a very short time, with consequent energy savings and optimization of working cycles.

Both ovens are equipped with a software for the control of the manufacturing process:

• Change the set point temperature
• rise time adjustment and temperature descent
• Adjusting retention time

The melting furnaces for taste ashes of the FFC series are used to melt the ash of precious samples and obtain a rectangle containing the noble metals present in the ash.

The heating part of the furnace FFC / A is built with heating of silicon carbide rods that can deliver a maximum power of 2 kW on each of the 3 groups of resistors.

This power is adjusted automatically by means of electronic control of each phase, so that the operator avoids having to intervene manually in order to maintain the constant absorption over the three phases.

This allows a long-term resistances.

In the oven FFC / I on the other hand, the heating of the crucible takes place by means of an induction medium-frequency converter.
The furnace is provided with collector for the sliding of the suction with adjustment damper fumes.

Refreshed in design and performance, allow to reach the operating temperature in a very short time, with consequent energy savings and optimization of working cycles.

Both ovens are equipped with a software for the control of the manufacturing process:

• Change the set point temperature
• rise time adjustment and temperature descent
• Adjusting retention time