High-performance coatings for corrosion, chemical, and heat resistance in harsh industrial environments
Technical Specifications and Applications
Key Specifications:
Flame-sprayed thermoplastic polyolefin coatings formulated for advanced corrosion protection in oil and gas pipeline systems. These coatings are typically polyethylene (PE) or polypropylene (PP) alloys, applied to steel substrates at high thicknesses (≥3 mm), ensuring robust mechanical and chemical shielding.
Engineered for buried, submerged, or offshore applications, they provide outstanding resistance to:
Cathodic disbandment
Soil stresses
Impact and abrasion
Saltwater and aggressive chemicals (resisting pH 2 to 13 environments)
PP-based variants (e.g. IBIX 11PP) offer superior high-temperature stability, suitable for hot crude, steam, or thermal pipeline operations. PE-based grades (e.g. IBIX 11FSPE) are optimized for compatibility with existing 3-layer PE or FBE mainline coatings, allowing seamless overcoating and fusion at field joints, bends, and fittings.
All coatings are:
Halogen-free
Low-smoke, low-toxicity
Flame-resistant and non-leaching
Designed for fusion bonding with adjacent coatings, ensuring no weak points at critical weld zones.
Typical Applications & Surfaces:
Oil & gas transmission pipelines: Particularly at field-weld joints, valves, elbows, and flanges requiring on-site coating.
High-temperature lines: IBIX 11PP for elevated service conditions (hot oil, bitumen, thermal fluids).
Standard/low-temp lines: IBIX 11FSPE for ambient or mild temperature service, with full compatibility with 3-layer PE systems.
Offshore pipelines and risers: Providing a thick, chemically inert shield in splash zones, protecting against seawater, abrasion, and UV.
Refinery and petrochemical plants: For steel piping exposed to acidic or alkaline environments where long-term chemical and corrosion resistance is critical.
These coatings ensure structural longevity and maintain pipeline integrity at the most vulnerable locations — joints and fittings — preventing premature failures and minimizing lifetime maintenance costs.