Dry ice blasting for electrical cabinets
Conductive dust, grease and contamination in your electrical cabinets and switchboards cause failures, short-circuits and fire risks. Dry ice blasting removes them without water, without chemicals, possible while energised, with no need to shut down your installations.
A dirty cabinet is a real risk
- Conductive dust creates risks of short-circuit and electrical arcing
- Contamination of contactors and relays causes costly unexpected failures
- Dust build-up reduces heat dissipation, risking overheating
- Compressed air cleaning moves dust around without removing it
- Shutting down the installation for cleaning means costly production downtime
Clean cabinet, installation maintained
- Complete removal of dust, grease and contamination, no displacement, full removal
- Dry, non-conductive process, intervention possible without de-energising in certain cases
- Zero water, no short-circuit risk related to humidity
- Precision cleaning in the most complex areas: contactors, relays, busbars
- Intervention report for your electrical maintenance log and audits
What we clean in your installations
HV/LV distribution cabinets
Cleaning of high and low voltage cabinets in substations, transformer stations and industrial buildings.
Industrial switchboards
Cleaning of control panels, control boxes and PLC cabinets of production lines.
Telecom cabinets
Cleaning of server racks, network cabinets and telecom equipment in server rooms and data centres.
Machine control boxes
Cleaning of electrical control boxes integrated into production machines with no disassembly.
Transformers & inverters
Cleaning of transformers, inverters and conversion equipment subject to contamination by conductive dust.
Solar inverters
Cleaning of inverters and junction boxes of solar installations, complementary to solar panel cleaning.
Dry ice blasting for electrical cabinets
Request a free quote
Describe your installation and constraints. An Icetec expert will get back to you with a tailored solution, no obligation.
