automotive Dry Ice Surface prep & Cleaning
Automotive Dry Ice Surface Prep & Cleaning
Our dry ice surface prep process eliminates the need for traditional (messy) water, sand or chemical based solutions for surface preparation. Our technology removes contaminants from delicate plastic surfaces, heavy contaminant buildup on metal, even cleaning sensitive electrical circuits or food processing equipment.
Dry ice surface prep will not leave any surface residue or cause contamination entrapment. Our service saves you hundreds of man hours when compared to conventional cleaning and allows for an immediate return to production or surface re-coating.
We provide full service, commercial on-site (mobile) Dry Ice Blasting to North Carolina, South Carolina, Virginia and Georgia.
Centrally located in Kannapolis, North Carolina.
The best dry ice Surface prep technology
We proudly use the industry leading, gold standard, Cold Jet dry ice blasting equipment.
Our fully mobile dry ice blasting system is a self-contained, state-of-the-art air delivery, drying and ice blasting configuration that allows our technicians to be at your location dry ice cleaning withing 20 minutes of arrival.
No need for special preparations and we guarantee our dry ice technicians will leave your space cleaner than when we arrived.
Please reach out today for a free onsite estimate!
Dry Ice surface prep Cleaning Benefits
We clean your surfaces with a dry ice blasting process that allows for immediate coating/paint application or product line continuation.
- No long flash times.
- Environmentally safe
- No residual clean-up
- Fast and effective
- Nearly limitless cleaning ability
- Cost effective
Commercial Dry Ice Blasting Charlotte, North Carolina
Industries / Use Cases
On a daily basis our technicians are asked what can be cleaned with dry ice blasting. Cleaning with dry ice has virtually endless capabilities, but here are a few common examples of items we clean most frequently:
- Dry ice Graffiti Removal
- Fire and Mold Renovation
- Electrical Motors/Circuits
- Hydraulic Parts
- Food Production
- Pharmaceutical equipment
- Power Generation
- Automotive restoration
- Historical Preservation
Give us a call for a free consultation to see if dry ice blasting is right for your project.
Licensed, insured and bonded.
Commercial Dry Ice Blasting Charlotte, North Carolina
Frequently Asked Question About Automotive Dry Ice Surface Prep
What is automotive dry ice surface prep?
How does dry ice surface prep work?
What are the benefits of using dry ice for surface prep?
- Non-abrasive: Unlike traditional abrasive cleaning methods, dry ice cleaning does not damage the surface being cleaned. This makes it suitable for delicate parts and surfaces.
- Environmentally friendly: Dry ice is a non-toxic, non-hazardous substance that produces no secondary waste. It also eliminates the need for chemical cleaners.
- Efficient: Dry ice cleaning can reach difficult areas and remove stubborn contaminants effectively.
- Time-Saving: The process is efficient and reduces the need for disassembly, saving time and labor costs.
What surfaces can be cleaned using dry ice?
Dry ice cleaning can be used on a variety of automotive surfaces including:
- Engine compartments
- Underbodies and chassis
- Brake components
- Electrical systems
- Interior parts such as dashboards and upholstery
- Classic car bodies for paint and rust removal
Is dry ice cleaning safe for all vehicle components?
Can dry ice cleaning remove paint and rust?
How does dry ice cleaning compare to traditional methods?
Traditional cleaning methods often involve the use of harsh chemicals, abrasive materials, and significant manual labor. Dry ice cleaning, on the other hand:
- Is non-toxic and eco-friendly
- Leaves no secondary waste
- Is quicker and often more thorough
- Reduces the risk of damage to surfaces and components
What are the limitations of dry ice cleaning?
While dry ice cleaning is highly effective, it has some limitations:
- It may not be suitable for removing extremely heavy layers of rust or coatings without multiple passes.
- The initial setup and equipment can be costly, making it less accessible for some DIY enthusiasts.
- It requires proper ventilation as the process releases CO2 gas.