Products
Polysol Zinc
HIGH PERFORMANCE ZINC FLAKE COATING AT AN AFFORDABLE COST
- Over 1200 hours of corrosion protection at 12—20 microns.
- Cathodic protection.
- Provides barrier and sacrificial protection.
- No hydrogen embrittlement.
- Does not settle hard, easy to mix.
- Excellent re-coat and inter-coat adhesion with top coats.
- Performs better than or equal to other zinc flake coatings.
AQUA CLEAR
PREMIUM FASTENER CLEAR
- A zinc plate sealer that improves corrosion resistance substantially of zinc plate parts.
- AQUA CLEAR is a thin film that provides built in lubrication.
- AQUA CLEAR minimizes galling and has excellent adhesion to zinc plated parts.
- AQUA CLEAR Water reducible topcoat sealer, Zinc plating and other zinc-based surfaces.
- The coating is applied by dip spin or spray.
AQUA ZINC
Premium Silver Topcoat
- Offers superior corrosion resistance
compared to zinc plating. - Non-electrolytically applied-does not promote hydrogen embrittlement.
- Excellent adhesion over zinc plated parts
and POLYSOL ZINC (zinc flake coating). - Provides good chemical resistance
- Provides 25+ Kesternich cycles.
- Water based, chrome free and contains no
other hazardous materials. - REACH/ROHS compliant
- When applied over dehydrogenated zinc
plating, offers 1500 hours of corrosion resistance. - Economical option to achieve superior
corrosion resistance.
AQUA BLACK
PREMIUM FASTENER BLACK
- Offers superior corrosion resistance over zinc plating.
- Non-electrolytically applied-does not promote hydrogen embrittlement.
- Excellent adhesion over zinc plated parts and POLYSOL ZINC (zinc flake coating).
- Provides good chemical resistance.
- Water based, chrome free and contains no other hazardous materials.
- REACH/ROHS compliant.
- When applied over dehydrogenated zinc plating, offers 1000+ hours of corrosion resistance.
- Available in high gloss or matte finish.
POLYMET
Water Based Zinc Flake Basecoat
• Over 1000 hours of corrosion resistance over zinc phosphate parts.
• Chrome free and contains no other hazardous materials.
•No hydrogen embrittlement.
• Provides barrier and sacrificial protection.
• Cathodic protection.
• One component, ready to use-do not need to mix parts 1, 2, & 3.
• Requires lower cure temperature of 400°F.
• Easily mixes-no hard settling.
• REACH and RoHS compliant.
• Shelf life is 6-12 months when kept at room temperature in a sealed container.
• Available in bright, dull or black.
PREMIUM SILVER TOPCOAT
An alternative to zinc plating
▪ Offers superior corrosion resistance compared to zinc plating
▪Non-electrolytically applied—does not promote hydrogen
embrittlement
▪Excellent adhesion over zinc plated parts and
POLYSOL ZINC (zinc flake coating)
▪Provides good chemical resistance
▪Provides 25+ Kesternich cycles
▪Water based, chrome free and contains no other hazardous materials
▪REACH/ROHS compliant
▪When applied over dehydrogenated zinc plating, offers 1500 hours of
corrosion resistance
▪Economical option to achieve superior corrosion resistance
FUNCTIONALITIES
Corrosion protection
Our range of coats passes the most severe corrosion cyclic tests. It protects parts from rust even after mechanical damages, such as stone chipping, thanks to its self-healing property. It also ensures bimetallic compatibility with aluminum alloys. Its nominal thickness can be adjusted (from 6 to 15 µm and from 1 to 3 layers depending the type of application process) to meet the expected performance.
Lubrication
Our range of self-lubricated basecoat, which allows to obtain a stable and controlled friction coefficient in the range of 0.12-0.18. This is a simplified solution compared to using a “base coat + top coat” system.
Temperature resistance
Our range of coats passes performances maintained up to 300°C.
Electrical properties
Conductive and offers perfect galvanic properties to avoid bi-metallic corrosion in most of industrial assemblies (cast iron, carbon steel and aluminum alloys).
Paintability
Good surface conditions for paints or additional coatings.
No hydrogen embrittlement
Implemented via non-electrolytic application processes. This avoids the hydrogen embrittlement phenomenon that causes cracking of metals.