Tank Coatings
Tank Coatings
Corrosion-resistant coatings play a vital role in protecting industrial tanks. For the internal surfaces of tanks, high-chemical-resistance epoxy coatings are typically used, providing durability against corrosive substances and various fluids. For external surfaces, polyurethane coatings and industrial paints resistant to weather conditions are applied to protect tanks from moisture, UV radiation, and environmental factors. The selection of coating type depends on factors such as the type of fluid stored, environmental conditions, operating temperature, and operational requirements. These coatings should be periodically inspected and, if necessary, repaired to maintain their protective performance and extend the service life of the tanks.
PHYLA products are manufactured in accordance with international standards ASTM D4060, ISO 12944, NACE SP0178, and domestic standards IGS-C-TP-020 and IPS-C-TP-102.
Products
| Product Code | Product Description | Application | Properties | Usage Location |
|---|---|---|---|---|
|
Phyla Pipe DW-321
|
Epoxy polyamide topcoat
|
Creates a durable, non‑toxic, hygienic coating resistant to water contamination
|
Anti‑corrosion
|
Drinking water tanks
|
|
Phyla Pipe DW-311
|
Epoxy polyamine topcoat
|
Creates a corrosion‑resistant coating without transferring harmful substances to water; high durability
|
Anti‑corrosion
|
Drinking water tanks
|
|
Phyla Gard CR-351
|
Phenolic epoxy polyamine paint
|
High‑performance protective coating with exceptional resistance to strong chemicals, solvents, acids, and high temperatures
|
Chemical resistant
|
Chemical storage tanks
|
|
Phyla Gard TL-399
|
Coal‑tar epoxy polyamide paint
|
Strong protective coating with excellent resistance to water, chemicals, and corrosion; designed for metal and concrete surfaces
|
Chemical resistant
|
Storage tanks for water, wastewater, crude oil, and other liquids
|
|
Phyla Gard TL-316
|
Glass‑flake epoxy polyamide paint
|
Advanced protective coating using strong epoxy resin and glass flakes to create an impermeable, highly chemical‑, heat‑, and abrasion‑resistant barrier
|
Chemical resistant
|
Tanks containing corrosive materials, solvents, and hydrocarbons
|
|
Phyla Gard TL-351
|
Phenolic epoxy polyamine paint
|
High‑performance protective coating with exceptional resistance to a wide range of chemicals, solvents, acids, and high temperatures (up to 150°C)
|
Heat resistant; Chemical resistant
|
Tanks in oil, gas, petrochemical, and chemical industries
|
|
Phyla Gard TL-726
|
Vinyl ester glass‑flake paint
|
Advanced protective coating combining excellent chemical resistance of vinyl ester with high mechanical strength of glass flakes; provides a long‑lasting impermeable barrier against corrosion and abrasion
|
Weld‑seam; Chemical resistant; Abrasion resistant
|
Buried; Tanks holding highly corrosive chemicals, acids, solvents in chemical, petrochemical, and water treatment industries
|
|
Phyla Gard PR-313
|
Epoxy polyamine zinc chromate primer
|
Anti‑corrosion protective primer for metal surfaces in industrial and marine environments
|
Anti‑corrosion
|
Tanks
|
|
Phyla Gard PR-314
|
Epoxy polyamine zinc phosphate primer
|
Anti‑corrosion protective primer for metal surfaces in industrial environments
|
Anti‑corrosion
|
Tanks
|
|
Phyla Gard PR-324
|
Epoxy polyamide zinc phosphate primer
|
Primer protecting metal surfaces against corrosion in heavy industry, steel structures, and marine equipment
|
Anti‑corrosion
|
Tanks
|
|
Phyla Gard MC-325
|
Epoxy polyamide MIO intermediate coat
|
Intermediate protective layer in multilayer coating systems to improve moisture and corrosion resistance
|
Anti‑corrosion
|
Tanks
|
|
Phyla Gard TC-411
|
Aliphatic polyurethane topcoat
|
Topcoat for equipment exposed to sunlight
|
Anti‑corrosion; UV resistant
|
Tanks
|
