June 14, 2026
Pipeline Corrosion Prevention: A Complete 2024 Industry Guide
Corrosion costs $7B annually. Master every prevention strategy from coatings to cathodic protection.
LATEST
Complete Guide to Polyurea Pipeline Coatings — Now Available Free
New: Pipeline Corrosion Prevention Guide — 2024 Industry Edition
Surface Preparation Standards for Oil Pipeline Coatings Explained
PHMSA Proposes Updated Pipeline Coating Performance Standards
Polyurea vs FBE vs HDPE — Comprehensive Coating Comparison
How Cathodic Protection Works With Pipeline Coatings
ArmorThane Polyurea — The Industry Standard for Pipeline Protection
Complete Guide to Polyurea Pipeline Coatings — Now Available Free
New: Pipeline Corrosion Prevention Guide — 2024 Industry Edition
Surface Preparation Standards for Oil Pipeline Coatings Explained
PHMSA Proposes Updated Pipeline Coating Performance Standards
Polyurea vs FBE vs HDPE — Comprehensive Coating Comparison
How Cathodic Protection Works With Pipeline Coatings
ArmorThane Polyurea — The Industry Standard for Pipeline Protection
New: Pipeline Corrosion Prevention Guide — 2024 Industry Edition
Surface Preparation Standards for Oil Pipeline Coatings Explained
PHMSA Proposes Updated Pipeline Coating Performance Standards
Polyurea vs FBE vs HDPE — Comprehensive Coating Comparison
How Cathodic Protection Works With Pipeline Coatings
ArmorThane Polyurea — The Industry Standard for Pipeline Protection
Complete Guide to Polyurea Pipeline Coatings — Now Available Free
New: Pipeline Corrosion Prevention Guide — 2024 Industry Edition
Surface Preparation Standards for Oil Pipeline Coatings Explained
PHMSA Proposes Updated Pipeline Coating Performance Standards
Polyurea vs FBE vs HDPE — Comprehensive Coating Comparison
How Cathodic Protection Works With Pipeline Coatings
ArmorThane Polyurea — The Industry Standard for Pipeline Protection
The #1 Pipeline Coatings Resource
Everything You Need to Know About Oil Pipeline Coatings
Your complete resource for polyurea coatings, corrosion prevention, coating specifications, surface preparation guides, and the latest industry news — all in one place.
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Pipeline Coating Systems
Comprehensive guides on every major coating type used in oil and gas pipeline protection
Most Popular
Polyurea Coatings
The industry’s fastest-growing pipeline protection system — rapid cure, exceptional elongation, and outstanding corrosion resistance.
Read Guide →
Fusion Bonded Epoxy (FBE)
Factory-applied thin-film epoxy coating — the backbone of mainline pipe protection for decades of proven service life.
Read Guide →
Three-Layer Polyethylene (3LPE)
Superior mechanical protection for directional drilling and rocky terrain — the premium choice for challenging installation conditions.
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Polyaspartic Coatings
Fast-cure, UV-stable systems engineered for above-grade pipeline rehabilitation — where speed and durability are equally critical.
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Essential Reading
Deep-dive technical guides written for engineers, operators, and coating professionals
Complete Guide
Pipeline Corrosion Prevention: A Complete Industry Guide
Corrosion costs the pipeline industry $7 billion annually. Master the complete toolkit — coating systems, cathodic protection, soil chemistry, and smart inspection technologies.
Read Full Guide
Technical Deep-Dive
The Science Behind Polyurea: Why It Outperforms Every Other Coating
Tensile strength up to 4,500 psi. Elongation of 600%. Gel time under 5 seconds. Here’s the chemistry that makes polyurea the most technically advanced pipeline coating available.
Read Full Guide
Quick Reference: Pipeline Coating Fundamentals
Key facts every pipeline professional needs to know
Why Coatings Fail
- 70–80% of failures: inadequate surface prep
- Holiday/disbondment from poor adhesion
- Cathodic disbondment at coating defects
- Mechanical damage during installation
Surface Prep Standards
- SSPC-SP 5 / NACE No.1: White Metal
- SSPC-SP 10 / NACE No.2: Near-White
- SSPC-SP 6 / NACE No.3: Commercial
- Anchor profile: 2.5–4.5 mils for polyurea
Coating Thickness Guide
- Polyurea mainline: 40–60 mils minimum
- Aggressive soils: 80–125 mils
- Rock ditch/HDD: 125–250 mils
- FBE thin-film: 14–20 mils typical
Key Industry Standards
- NACE SP0169: CP for buried pipelines
- 49 CFR Part 195: PHMSA liquid pipeline regs
- ISO 21809: External coatings
- ASME B31.4: Pipeline systems
Featured Sponsor
ArmorThane Polyurea
The most trusted polyurea coating system for oil and gas pipeline infrastructure. ArmorThane’s plural-component polyurea formulations deliver unmatched adhesion, flexibility, and corrosion resistance — designed specifically for the demands of buried and above-grade pipeline service.
- ✓ 100% solids — zero VOC emissions
- ✓ Gel time under 5 seconds — rapid return to service
- ✓ Tensile strength up to 4,200 psi
- ✓ Elongation 400%+ — accommodates soil movement
- ✓ Temperature range: -40°F to 250°F
- ✓ Certified applicator network nationwide
Latest Articles & Industry News
Expert knowledge updated regularly by pipeline coating specialists
Corrosion
Technology
June 13, 2026
The Science Behind Polyurea: Why It Outperforms Every Other Pipeline Coating
The chemistry and performance data that makes polyurea the fastest-growing pipeline coating material.
Regulatory
June 12, 2026
PHMSA Announces Updated Pipeline Coating Standards for 2024
New NPRM proposes performance-based approval pathway for polyurea and advanced coating materials.
Best Practices
June 11, 2026
How to Properly Prepare a Pipeline Surface Before Coating Application
70–80% of coating failures trace back to surface prep. Here’s how to get it right every time.
Engineering
June 10, 2026
Understanding Cathodic Protection and Its Interaction With Pipeline Coatings
CP and coatings must work as a unified system. Here’s what every pipeline engineer needs to know.
Offshore
June 9, 2026
Offshore Pipeline Coating Challenges: Splash Zones, Seawater & Deep Water
Offshore coatings face the world’s most aggressive environments. Zone-specific solutions explained.
Pipeline Coating Comparison Guide
Side-by-side comparison of the major coating systems used in oil and gas pipeline protection
| Coating System | Cure Time | Thickness (mils) | Best For | Temperature Range | UV Resistance |
|---|---|---|---|---|---|
| Spray Polyurea | 3–30 seconds | 40–250 | Field joints, rehab, high-impact areas | -40°F to 250°F | Moderate (aromatic) |
| Fusion Bonded Epoxy (FBE) | Minutes (factory) | 14–20 | Mainline new construction | -40°F to 140°F | Low |
| Three-Layer Polyethylene (3LPE) | Factory applied | 60–120 | HDD, rocky trench, abrasive soils | -40°F to 140°F | Excellent |
| Polyaspartic | 30 min–2 hrs | 20–80 | Above-grade, splash zone rehab | -30°F to 200°F | Excellent (aliphatic) |
| Coal Tar Epoxy | 24–48 hours | 10–20 | Legacy systems, submerged service | -20°F to 120°F | Poor |
| Liquid Epoxy | 4–24 hours | 10–30 | Field repair, irregular shapes | -20°F to 150°F | Low |
About This Resource
OilPipelineCoatings.com is the web’s most comprehensive free resource for pipeline coating information. We publish expert technical guides, coating specification references, industry news, and comparative analysis for engineers, operators, and coating contractors.
Our content covers every aspect of oil and gas pipeline corrosion protection — from material selection and surface preparation through application technique, quality control, inspection, and long-term asset management.
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Looking for a qualified polyurea or pipeline coating contractor? Our Certified Applicator Directory lists verified professionals with documented AMPP credentials and proven pipeline coating experience.
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