GIT Coatings has announced the launch of XGIT-FORCE, a graphene-based hard foul-release coating designed to enhance marine vessel efficiency while supporting sustainable operations. The innovative solution is reportedly biocide-free, zero-leaching, and engineered to reduce fuel consumption and emissions without releasing harmful chemicals or microplastics into the marine environment.
XGIT-FORCE aims to provide a measurable impact on vessel performance, offering fuel savings of up to 10% compared with traditional antifouling coatings. By maintaining smoother hull surfaces and reducing drag, ships can operate more efficiently, lowering operational costs while meeting growing environmental and regulatory demands in the shipping industry.
At the heart of XGIT-FORCE is GIT Coatings’ proprietary Dynamic Phase Engineered Technology (DPET). This advanced system combines surface chemistry innovation with graphene-enhanced mechanical tuning to create a dynamic, amphiphilic barrier that resists biofilm formation. The result is a foul-release surface that maintains consistent performance across diverse marine environments.
Graphene reinforcement strengthens the coating, allowing it to withstand challenging conditions such as ice friction, fender impacts, and repeated cleaning. The ultra-smooth surface minimizes hull resistance, delivering an estimated six percent out-of-dock power gain compared to premium biocidal antifouling coatings. These attributes enable ships to achieve optimal fuel efficiency while reducing the need for frequent maintenance or dry-docking.
GIT Coatings plans to apply XGIT-FORCE across a variety of vessel types, including LPG tankers, dry bulk carriers, Ro-Ro ships, container vessels, and cruise liners. Its formulation accommodates the diverse operational demands of these vessels, from varying speed profiles to differences in water temperature and salinity.
The coating is suitable for both newbuilds and retrofitting existing ships, offering flexibility for fleet-wide adoption. Its versatility ensures consistent performance across different vessel classes, enabling operators to improve efficiency and sustainability across their fleets regardless of vessel type or operating region.
The coating is particularly relevant as shipping companies face increasing pressure to reduce emissions, comply with new environmental standards, and maintain cost-effective operations. Its long-lasting performance and minimal maintenance requirements further enhance its appeal, enabling operators to manage fleets more efficiently while protecting the marine environment.
As XGIT-FORCE is rolled out on initial vessels, its real-world performance will be closely monitored for fuel savings, mechanical durability, and antifouling efficiency. This data will provide valuable insights for future deployment across additional vessel types and operational scenarios.
The coating’s adaptability and scalability make it suitable for wide adoption within commercial shipping. With the industry placing growing emphasis on solutions that combine performance and sustainability, coatings like XGIT-FORCE are poised to become standard tools for fleet efficiency and environmental compliance.
