1
Prepare the surface
Clean, degrease, and remove residues, dust, film, oil, grease, cleaning residues, and other contamination that can weaken bonding.
Application Process
Controlled process from substrate review to normal operation
VitaCoat application should be treated as a technical installation, not just as coating placement. The result depends on the right substrate, clean surface, even film, sufficient cure, and a clear handover to operations and maintenance.
Process overview
Four operational steps
2
Apply evenly
Apply a thin homogeneous layer using the approved method, typically wipe-on for small and medium surfaces or controlled application for larger areas.
3
Respect curing
Allow the coating to establish bonding and film structure before full operational loading, cleaning, or intensive touch exposure.
4
Handover to operation
Check finish, document treatment date, define cleaning routine, and plan inspection or reapplication interval.
Gamma-based validation graphic
VitaCoat specification at the first technical review
The Gamma draft shows a technical workflow for projects where substrate preparation, surface profile, adhesion, and curing must be verified before full mechanical service. These points should be used as project-specific checkpoints where relevant to the substrate and selected application method.
SA 2.5
Cleanliness level
Relevant where ISO 8501-1-linked substrate preparation is required by the project.
75µm
Max profile
Rz range is reviewed when surface profile or anchor profile is part of specification.
8 MPa
Adhesion control
Pull-off adhesion can be included in certified application or critical project validation.
7 Days
Full cure
Full mechanical service should follow the relevant cure period and temperature monitoring.
The values above must not be interpreted as universal requirements for every VitaCoat use case. Final specification is set through technical documentation, substrate review, and project requirements.
Validation flow
From surface assessment to final sign-off
Surface assessment
Confirm cleanliness, material type, previous treatment, and any requirements for anchor profile or visual finish.
Application validation
Confirm mix, coverage, film uniformity, and compatibility with the actual surface.
Cure monitoring
Track temperature, time, humidity, and loading before the area returns to full service.
Final sign-off
Document treatment, visual control, any adhesion data, and recommended service plan.
Pretreatment
Substrate and cleanliness determine quality
Minimum requirements before application
- Hard, non-porous, compatible surface
- No visible soil, dust, oil, grease, or residue film
- No active residues from incompatible chemicals
- Dry surface and stable conditions during application
- Clarified finish sensitivity where appearance is critical
Common failure sources
- Application over cleaning-agent residues
- Insufficient drying or curing time
- Uneven coverage or overly thick layer
- Contamination between cleaning and application
- Unsuitable substrate or unresolved previous coating
Poor pretreatment is the most common cause of reduced lifetime, uneven finish, or weakly documentable performance.
Quality assurance
Checkpoints after application
Visual control
Confirm that the treated surface is even, transparent, and free from visible application faults, haze, streaks, or local deviations.
Functional control
Where relevant, water behavior, runoff, contact-angle indication, or another simple surface check can be used as an operating signal.
Documentation
Record date, surface, operator, method, cleaning before application, and any deviations or limitations.
Next step
Plan a controlled application
Project review
Map surfaces, environment, and cleaning regime before specification.
Installer basis
Use technical documentation and application instructions as the working basis.
Handover
Make sure operations, cleaning, and procurement understand the service window and limitations.