Cleaning Carburetors - Case Study
Customers Criteria: To remove general contamination of Carburetors.
Component: Aluminium Carburetors
Material: Aluminium
Contamination prior to cleaning: Burnt on soot, oil & Carbon
Total number off: 4
Number off per run: 1
Ultrasonic Cleaner | Cleaning Agent | Temperature(s) | Concentration |
---|---|---|---|
Kemet MI80 Ultrasonic Cleaner | Rodastel 30 | 60°C | 10% |
Kemet MI80 Ultrasonic Cleaner | Deionised Water | 40°C | 100% |
Process for cleaning aluminium Carburetors:
Each part was individually processed in the ultrasonic wash tank using Roadastel 30 (Which is a low acidic, not classed as hazardous). After a cycle of 10 minutes the part is removed and placed into the rinse tank to neutralise. All parts where dried manually.
% Satisfactorily Cleaned: 90%.
Etched effect: None
Before cleaning aluminum carburetor
After cleaning aluminum carburetor
Cleaning Carb Housing - Case Study
Customers Criteria: To remove fuel residue and corrosion. To brighten the base metal.
Component: Carb housing
Material: Aluminium
Contamination prior to cleaning: Fuel residue, corrosion, general dirt
Total number off: 1
Number off per run: 1
Ultrasonic Cleaner | Cleaning Agent | Temperature(s) | Concentration |
---|---|---|---|
Kemet 12 Ultrasonic Cleaner | Galvex 18:01 | 50°C | 5% |
Kemet MI 40 Rinse Tank | Deionised water/1%ACA | 50°C | 99% |
Process for cleaning carb housing:
The carb housing was placed into the Kemet 12 and had a cycle of 20 minutes. Immediately after, was removed and placed into the MI 40 rinse tank manually dunked several times to ensure a through clean. The carb was manually dried with an air supply. This process was repeated for each cleaning fluid.
% Satisfactorily Cleaned: 80%.
Etched effect: None
Results: The Galvex 18:01 had removed all contamination, however, some corrosion is still visible and would need an additional clean with the Rodastel 30 fluid (see above case study for concentration and temperature).