Coal Tar Epoxy: Ultimate Protection for Steel and Concrete
Industrial Storage Tanks
Sheets
What Is Coal Tar Epoxy?
Coal tar epoxy is a two-part coating made from coal tar and epoxy resin. It’s designed for extreme durability. This powerful combination protects metal and concrete from corrosion, chemicals, and water.
Where Is Coal Tar Epoxy Used?
Coal tar epoxy is used in industrial, marine, and underground environments. It’s a top choice for pipelines, water tanks, and sewage systems. Many industries depend on its tough, long-lasting barrier.
Water and wastewater treatment plants
Submerged pipelines and steel piles
Why Choose Coal Tar Epoxy Coating?
Coal tar epoxy stands out for its durability and resistance. It provides long-term protection in harsh environments. The coating adheres well to steel, concrete, and other surfaces.
Unmatched Corrosion Resistance
This coating offers exceptional corrosion resistance, especially in submerged or buried conditions. It prevents rust and extends the life of metal structures.
Waterproof Protection
Coal tar epoxy is waterproof. It’s ideal for pipelines, tanks, and docks exposed to constant moisture or immersion.
Application Process: Quick and Efficient
Applying coal tar epoxy requires surface preparation. Clean the surface to remove rust, dirt, and oils. Then apply the epoxy using spray, brush, or roller.
Two-Part System
Most products come in two parts: resin and hardener. Mix them properly before application.
Drying Time
It typically dries in 6–8 hours. Full curing may take 5–7 days depending on temperature and humidity.
Key Benefits of Coal Tar Epoxy
High resistance to corrosion, water, and chemicals
Strong adhesion to metal and concrete surfaces
Long-term performance in submerged or buried conditions
Easy application with standard equipment
Cost-effective solution for large-scale protection
Health and Safety Guidelines
Coal tar epoxy contains hazardous compounds. Use personal protective equipment (PPE) like gloves, masks, and safety goggles during application. Always work in ventilated areas to reduce inhalation risks. Avoid skin contact and follow safety data sheet (SDS) instructions closely.