The Aalberts surface treatment Process Scout
Our Aalberts surface treatment process scout helps you to find and choose the optimal coating solution suitable for your desired surface properties and relevant base materials. The process scout guides you step by step through all relevant materials, properties and processes. This database is regularly expanded and updated.
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AnodizingAnodizing
Anodizing
- Anti-friction coatings
Anti-friction coatings
Optimisation of frictional processes by means of specially structured metal surfaces
- Cathodic dip painting
Cathodic dip painting
Corrosion- and impact-resistant coating
- Chrome and cadmium substitute
Chrome and cadmium substitute
Extremely thin layers for optimal priming
- Electroless Nickel plating
Electroless Nickel plating
Functional finishing of metals by means of electroless nickel plating
- Electroplating
Electroplating
Metal layers are brilliant performances.
- Hard anodizing
Hard anodizing
Hard anodizing, aluminium oxide polymer composite layers
- Nanocoatings
nanocoatings
Small structures - great effect
- Plasma chemical coatings
Plasma chemical coatings
Crystalline oxide ceramic coatings for aluminium, magnesium and titanium.
- Polymer coatings
Polymer coatings
Long-lasting protection mainly for the food industry.
- Powder coating
Powder coating
Hard anodising with fluoropolymers
- Screw locking
Screw locking
Strong bonds
- Sealing
Sealing
High performance sealing of aluminium surfaces
- Selective coatings
Selective coatings
Partial finishing of metal surfaces
- Sherardizing
Sherardizing
Zinc-iron layer to a steel surface.
- Thermal spraying
Thermal spraying
Electroless nickel with fluoropolymers
- Vacuum coating
Vacuum coating
High-performance fine coatings
- Wet painting
Wet painting
Decorative and functional
- Zinc flake coating
Zinc flake coating
Powerful corrosion protection - no hydrogen embrittlement