⚗️ Dry bulk cargoes such as petcoke, coal and anthracite can leave behind stubborn carbon-based residues that penetrate cargo hold surfaces and significantly increase cleaning difficulty. To evaluate surface protection performance under realistic operating conditions, surfaces coated with were exposed to challenging dry cargo residues including petcoke, lignite, anthracite and coke coal.
Surface cleanliness is especially critical during operations following cargoes such as coal and petcoke. Residues remaining on unprotected surfaces may lead to intensive cleaning requirements, operational delays and cargo hold condition risks before grain loading. Proper surface protection therefore provides a major advantage for safer and more efficient grain transitions.
The results clearly demonstrated that surfaces treated with remained protected even under the harshest dry bulk cargo conditions. The coating was proven to reduce the penetration of carbon-based residues into the surface, facilitate cleaning operations, and help preserve cargo hold surface integrity.
✅ Reduced residue penetration
✅ Faster and easier cleaning
✅ Protection of coating surfaces
✅ Reduced cleaning workload
✅ Improved operational efficiency
In bulk operations, surface protection is not only about easier cleaning, it is about maintaining cargo hold readiness and operational continuity between demanding cargoes.
