GIT Coatings Launches XGIT-FORCE

Why It Matters

XGIT‑FORCE offers shipowners a high‑ROI, zero‑leaching solution that cuts fuel costs and emissions, aligning with stricter environmental regulations and the industry's shift toward proactive hull cleaning.

Key Takeaways

• Graphene coating promises up to 10% fuel savings.
• Delivers 6% power gain versus biocidal paints.
• Zero‑leaching, reduces emissions and microplastic release.
• Designed for ice friction, impacts, frequent cleaning.
• Advisory Services help shipowners implement proactive hull cleaning.

Pulse Analysis

The marine antifouling market is rapidly moving away from traditional biocidal paints toward environmentally benign technologies. Operators face mounting pressure from regulators such as the IMO to lower emissions and eliminate toxic leachates. Graphene‑enhanced coatings like XGIT‑FORCE meet this demand by providing a hard, non‑toxic surface that still deters organism attachment, positioning GIT Coatings at the forefront of sustainable marine solutions.

XGIT‑FORCE’s core innovation lies in its Dynamic Phase Engineered Technology (DPET), which blends smart surface chemistry with graphene‑reinforced mechanical tuning. This creates an amphiphilic barrier that dynamically repels biofilm while maintaining structural integrity under harsh conditions, including ice friction and fender impacts. Independent trials report up to a 10% reduction in fuel consumption and a guaranteed 6% out‑of‑dock power gain versus premium biocidal alternatives, translating into measurable cost savings and lower carbon footprints for shipowners.

The rollout across a diverse fleet—LPG tankers, bulk carriers, Ro‑Ro vessels, container ships, and cruise liners—demonstrates the coating’s scalability and adaptability to varied operating environments. Coupled with GIT’s new Advisory Services, which deliver vessel‑specific cleaning plans and fouling risk alerts, the offering supports the industry’s proactive hull performance management model. As more operators adopt zero‑leaching solutions, XGIT‑FORCE could become a benchmark for next‑generation antifouling, influencing future regulatory standards and driving broader adoption of graphene‑based marine technologies.