Decarbon Catalyst

To descaling an electrolytically disassembled catalyst with a MotorFullPower machine, here are some general steps you can follow. Be sure to follow the safety instructions and machine-specific instructions, as some steps may vary depending on the exact model of MotorFullPower.
Equipment required:
- MotorFullPower Machine
- Suitable induction solution (often a sodium carbonate solution or other compatible product)
- Demineralized water
- Electrolysis tank or tank
- Gloves, goggles and appropriate protection
Electrolysis cleaning steps:
1. **Preparation of the solution** Mix the demineralized water with the induction solution recommended by the manufacturer. The exact concentration may depend on the type and condition of the catalyst. 
2. **Installation in the tank** Place catalyst in a tank suitable for electrolysis. Ensure that the catalyst is completely immersed in the solution.
3. **Connect to the machine** Connect MotorFullPower to the electrodes on the tray. In general, for electrolytic demolination, it is recommended to use a bidirectional current at high frequency, which allows better removal of deposits without damaging the metal.
4. **Machine Settings** Set the unit to deliver a high frequency bidirectional current. Follow the MotorFullPower manufacturer’s recommendations for optimal voltage and current settings.
5. **Electrolysis procedure** Start the machine and run it for the recommended time, usually between 12 and 24 hours depending on the contamination of the catalyst. The high frequency of the current will shake the deposits of calamine to gradually detach them.
6. **Cleaning and rinsing** After the process is complete, turn off the appliance and remove the catalyst from the solution. Rinse thoroughly with demineralized water to remove any residue of solution.
7. **Machine connection** Connect the MotorFullPower to the electrodes in the tray. In general, for electrolytic decalamination, it is recommended to use a bidirectional high frequency current, which allows better removal of deposits without damaging the metal.
8. **Machine Settings** Set the unit to deliver high frequency, bidirectional current. Follow the MotorFullPower manufacturer’s recommendations for optimal voltage and current settings.
9. **Electrolysis procedure** Start the machine and run for the recommended time, usually between 12 and 24 hours depending on the contamination of the catalyst. The high frequency of the current will allow to shake the deposits of calamine to detach them gradually.
10. **Cleaning and rinsing** After the process is complete, turn off the machine and remove the catalyst from the solution. Rinse thoroughly with demineralized water to remove any residue of solution.
11. **Drying** Allow the catalyst to dry completely before reassembling it on the vehicle.
### Safety Tips:
- **Protective equipment** Use chemical resistant gloves, safety glasses and if necessary a mask to prevent inhalation of vapours.
- **Ventilation** Clean in a well-ventilated area to prevent accumulation of potentially harmful gases.
- **Follow Instructions** Make sure you follow the instructions for use of the MotorFullPower machine and the induction solution used.
By doing this, you should be able to effectively de-scale a catalyst.

Order DECA100 MotorFullPower

Machine MotorFullPower DECA100

Pour décalaminer un catalyseur démonté par électrolyse avec une machine MotorFullPower, voici quelques étapes générales que vous pouvez suivre.

Commander un DECA100 MotorFullPower

To de-scale an electrolytically disassembled catalyst with a MotorFullPower machine, here are some general steps you can follow. Make sure you follow the safety instructions and machine-specific instructions, as some steps may vary depending on the exact model of the MotorFullPower.

Order DECA100X Mobile

Composition: The electrolytic plate is made of DSA type electrode, anode plate covered with MMO precious metal oxide electrocatalytic coating and pure titanium industrial cathode plate. It can be used in all high frequency electrolysis solutions.