Remove Paint and Coatings With Greater Control
Controlled Vacuum Blasting removes suitable paint, coatings and surface contamination while extracting loosened material directly at the point of contact.
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Removing a coating without creating unnecessary damage
Paint and protective coatings are designed to remain attached. Removing them effectively requires enough cleaning action to break that bond without unnecessarily damaging the underlying surface.
Aggressive blasting can alter surface profiles, while chemical stripping introduces handling, containment and disposal requirements.
Vacuum Blasting provides a controlled alternative by combining adjustable blasting action with immediate extraction.
Common coating-removal pressures
- Protecting the underlying substrate
- Containing removed paint and coating debris
- Working around occupied or public environments
- Avoiding water ingress and surface saturation
- Reducing chemical exposure and clean-up
- Preparing a consistent surface for refinishing
Coating removal should not create a second problem
The correct process must consider the coating, substrate, working environment and required finish.
Surface damage
Aggressive methods can etch, profile or weaken the underlying material.
Airborne debris
Open blasting can spread dust and removed material beyond the immediate work area.
Water ingress
Jet washing introduces moisture, runoff and potential ingress into porous or detailed surfaces.
Chemical exposure
Chemical strippers introduce storage, handling, dwell-time and disposal requirements.
Secondary clean-up
Loose blasting media and coating debris can create extensive post-removal cleaning.
Site disruption
Dust, noise, water and exclusion zones can make work difficult in live environments.
Remove and extract in one controlled process
Vacuum Blasting delivers reusable granules through a sealed cleaning hood. Removed coating, dust and used material are extracted immediately back into the system.
Controlled abrasion
Blasting settings and media can be configured around the coating and substrate.
Immediate extraction
Loosened coating and blasting material are removed directly from the cleaning head.
No water
The process avoids runoff, saturation and lengthy drying requirements.
No chemical stripping
Coating removal can be completed without relying on harsh chemical stripping agents.
Contained work area
Integrated extraction helps reduce dust and debris around the surrounding site.
Media separation
The system separates reusable granules from dust and removed material.
Controlled removal across varied surfaces
Suitability depends on the coating, bond strength, thickness, substrate and required surface finish.
Painted masonry
Removal subject to masonry condition and test results.
Stone surfaces
Controlled work following substrate assessment.
Metal components
Paint removal and surface preparation applications.
Industrial equipment
Removal from suitable machinery and assemblies.
Public infrastructure
Contained removal in sensitive public environments.
Detailed surfaces
Controlled cleaning around profiles and features.
Protective coatings
Removal subject to coating composition and adhesion.
Surface preparation
Preparing suitable substrates for refinishing.
Reduce reliance on wet, chemical and open-blasting methods
Vacuum Blasting is considered when traditional coating-removal methods create excessive risk, mess or disruption.
Traditional methods
- High-pressure jet washing
- Chemical paint stripping
- Manual scraping and sanding
- Open abrasive blasting
- Uncontained power-tool removal
- Multiple clean-up and drying stages
A controlled alternative
- No high-pressure water or surface saturation
- No harsh stripping chemicals required
- Immediate extraction at the cleaning head
- Adjustable blasting parameters and media
- Reduced airborne dust and loose debris
- Controlled preparation of suitable surfaces
Coating behaviour cannot be judged by appearance alone
Similar-looking coatings can respond differently depending on their composition, age, thickness, adhesion and the underlying substrate.
- ✓ Confirm whether the coating can be removed effectively.
- ✓ Assess the condition of the underlying surface.
- ✓ Establish suitable media and operating parameters.
- ✓ Review the resulting surface profile and appearance.
- ✓ Estimate removal speed and project requirements.
The correct removal method starts with the coating and substrate
We assess the complete surface system before recommending equipment or operating parameters.
Enquiry
Tell us about the coating, substrate, location and required finish.
Assessment
We review the coating condition, surface sensitivity, access and site controls.
Test area
We establish suitable media, settings and expected removal results.
Recommendation
We recommend the correct system configuration and operating approach.
Vacuum Blasting may be suitable when:
- ✓ Water, runoff or saturation must be avoided.
- ✓ Chemical stripping is not appropriate.
- ✓ Dust and removed material need to remain contained.
- ✓ The underlying surface requires a controlled approach.
- ✓ Work must take place in a live or sensitive environment.
- ✓ A consistent surface is required for refinishing.
Paint and coating removal questions
Can Vacuum Blasting remove every type of coating?
Removal performance depends on the coating composition, thickness, age, adhesion and substrate. A representative test area is required before confirming suitability.
Will the process damage the underlying surface?
Vacuum Blasting offers controlled, adjustable abrasion, but no removal method can guarantee that every substrate will remain unchanged. Media and settings must be tested against the required finish.
Does Vacuum Blasting use water?
No. The process does not rely on high-pressure water, helping avoid runoff, saturation and water ingress.
Where does the removed coating go?
Removed coating and used blasting material are extracted through the cleaning hood. The system separates dust, coarse debris and reusable blasting media.
Can the process be used indoors?
Its integrated extraction makes Vacuum Blasting suitable for consideration in indoor and controlled environments. Site-specific ventilation, containment and safety requirements must still be assessed.
What if the existing coating contains hazardous material?
Suspected hazardous coatings must be identified and assessed by appropriately qualified specialists before removal. Applicable regulations, containment, respiratory protection and disposal procedures must be followed.
Need a cleaner, more controlled coating-removal process?
Tell us about the coating, underlying surface and result you need. We will assess the application and recommend the correct system configuration.
Request an Application AssessmentEvery enquiry is assessed around the coating, substrate, environment and required finish.