Bio-Dur E3000 Wet Surface High Temperature Epoxy Coating | Up to 350°F Immersion
Bio-Dur E3000 is a high-build epoxy coating engineered for wet surface, underwater, immersion, and high-temperature industrial environments. Originally developed for safety-related nuclear industry applications and designed to exceed Severe DBA testing requirements, Bio-Dur E3000 is a field-friendly coating built for demanding maintenance and severe service conditions. The solvent-free formula can be applied to damp, submerged, or dry steel and concrete surfaces while delivering excellent corrosion protection, abrasion resistance, and long-term durability.
Designed for difficult maintenance applications, Bio-Dur E3000 provides immersion service up to 350°F and dry heat tolerance approximately at 400F along with outstanding thermal stability and chemical resistance. The high-build epoxy system can achieve 30–60 mil vertical applications without sagging, making it ideal for marine infrastructure, wastewater facilities, industrial maintenance, containment areas, and submerged repair projects.
Once applied to wet surface, product can be submerged and cured under water. NOTE- product cannot sustain wave movement until fully cured!
Available in 10 colors, the Bio-Dur E3000 come in 1 gallon and 2 gallon kits.
Primer: Recommended Bio-Seal 199 Epoxy Primer Sealer
Where is Bio-Dur E3000 typically used?
- Above Water Projects
- Under Water Projects
- Wet Environment
- Marinas
- Docks
- Sea Walls
- Pool
- Welding Areas
- Submarine
- Port Facilities
- Industrial Containment Area
- Chemical Plant Maintenance
Why Bio-Dur E3000?
- Anticorrosive Coating: Splash zone, excellent abrasion resistance above or below water
- Encapsulating Coating: Smooth, dense, easily decontaminated coating for steel and concrete
- High Heat, Anti-Abrasion Coating: High Tg coating with hard, abrasion-resistant pigmentation
- Repair Compound: Patching, leak sealing, etc. above and below water
- Wastewater: Reinforces, smooths, and protects concrete exposed to chemical or municipal waste











