Acrylic Hybrid Coatings for Coils
Suitable for
- Suitable: Field spray application on installed equipment
- Suitable: Sunny sites where UV resistance matters
- Suitable: Mild to moderate coastal exposure
Not suitable for
- Not suitable: Acid, alkali, solvent or H₂S exposure
- Not suitable: Coils needing full inner-row coverage where dipping is possible
- Not suitable: Severe marine exposure on its own
Matches these environments
What “hybrid” means
The term covers acrylics modified with other resins — urethane, siloxane or others — to improve adhesion, hardness or weathering. The name alone does not tell you the chemistry, so compare products on their data sheets and test results.
Where they fit
Acrylic hybrids spray easily, cure at ambient temperature and resist UV well, so they are common in field application and on units in strong sun. They are a reasonable choice for mild to moderate coastal sites.
Where they fall short
Chemical resistance is the limit. Sites with acid gases, ammonia, H₂S or chemical splash need a chemical-resistant system such as PG-C. For new coils that can be dipped, a thin film such as PG-S1 gives better coverage.
Related
- CoatingsAluminium-Pigmented Polyurethane Coil Coating
- ServiceCoil Coating Repair Kits for Field Application
- ComparisonsFactory-Applied vs Field-Applied Coil Coating
- CoatingsWaterborne Two-Component Coil Coatings
- ComparisonsEpoxy vs Polyurethane Coil Coatings
- CoatingsAir-Dry Two-Component Chemical-Resistant Coating
Are acrylic hybrids waterborne?
Many are, which makes them easy to apply on site with low odour. Check the data sheet; transport and freeze protection depend on the product.
Is it a PG system?
No. This page describes the coating class so it can be compared with the PG systems we apply.
Tell us the equipment, the site and the destination port. We reply within 24 hours.