Coastal Steel Structures
Protective coating pathways for coastal frames, bridges, platforms, steel supports, and exposed structural steel.
VERDA Solutions
VERDA supports epoxy and polyurethane coating projects for coastal steel structures, port equipment, tank exteriors, pipes, maintenance repainting, splash-prone steel, and selected ship interior steel areas.

Use this section to match marine and coastal project types with the right VERDA epoxy and polyurethane coating route for quotation, samples, OEM discussion, or technical recommendation.
Protective coating pathways for coastal frames, bridges, platforms, steel supports, and exposed structural steel.
Epoxy primer, epoxy intermediate, and polyurethane topcoat options for cranes, conveyors, handling equipment, and port-related steel assets.
Coating systems for storage tank exteriors, pipework, pressure equipment, and steel surfaces exposed to coastal weathering.
Product selection support for interior ship steel areas where selected VERDA products match the documented certificate scope.
Maintenance coating options for damaged coatings, hand-prepared steel, repair areas, wet service exposure, and difficult-to-clean assets.
Epoxy zinc-rich and high-build systems for demanding steel projects such as offshore-related structures, refineries, power plants, and bridges.

VERDA marine and coastal systems are organized from primer to topcoat: epoxy zinc-rich or high-build epoxy primers for prepared steel, epoxy MIO or resin coatings for barrier reinforcement, and polyurethane topcoats for weathering, gloss, and color retention.
These are the common project risks that distributors, OEM partners, and contractors should confirm before selecting products or requesting a coating recommendation.
Coastal steel needs a coating system that considers harsh weather, moisture, chloride exposure, gloss retention, and color retention.
Pontoons, ballast tank areas, inside hull areas, water-immersed or buried steel, and splash-prone zones need careful epoxy selection.
Maintenance work often includes hand-prepared steel, old coating, rust, welding damage, and surfaces that are difficult to clean perfectly.
Conveyors, ports, tank exteriors, processing equipment, and industrial steel may face mechanical wear and chemical stress.
Exterior tanks, equipment, bridges, and visible steel assets often require stable color, gloss, cleanability, and non-chalking topcoat behavior.
Some products include CCS or NORSOK-related documentation. Match the product and certificate scope to the actual project before specification.
Choose from four quote-ready system routes based on steel condition, exposure level, maintenance needs, and finish requirements.
Zinc-Rich Epoxy Path
For steel surfaces exposed to harsh weather where zinc-rich epoxy primer and durable topcoat selection are required.
High-Build Epoxy Path
For steel, zinc, and aluminum surfaces where high film build, adhesion, and recoating flexibility are important.
Wet-Service Maintenance Path
For damaged coatings, hand-prepared steel, wet exposure, water immersion, buried steel, and maintenance repainting.
Polyurethane Finish Path
For exterior steel, tank exteriors, shipping and transport equipment, machinery, and visible assets requiring durable finish quality.
Use this workflow to prepare the project information needed for quotation, sample selection, technical review, or OEM/private label follow-up.
01
Define whether the project involves coastal steel, tank exterior, pipeline, bridge, port equipment, ship interior steel, or maintenance repainting.
02
Confirm marine atmosphere, splash exposure, wet service, chemical stress, abrasion, heat exposure, cleaning frequency, and appearance requirements.
03
Check new steel, galvanized or aluminum surface, hand-prepared steel, old coating, rust, oil, dust, welding damage, and repair areas.
04
Choose epoxy zinc-rich primer, high-build epoxy primer, MIO epoxy midcoat, or epoxy resin coating based on project exposure and substrate.
05
Select matte, semi-gloss, high-gloss, high-solid, or color-matched polyurethane topcoat where weathering and appearance retention are required.
06
Check coating continuity, adhesion, appearance, film build target, repair points, and maintenance plan before handover or service exposure.
Use this section to screen the substrate before choosing primer, midcoat, topcoat, and surface preparation requirements.
Prepared Carbon Steel
Steel structures, tank exteriors, pipe systems, frames, bridges, cranes, conveyors, and fabricated steel components.
Steel, Zinc & Aluminum
Selected epoxy products document good adhesion to steel, zinc, and aluminum surfaces when the surface condition is suitable.
Hand-Prepared Steel
Maintenance repainting surfaces where practical cleaning, rust removal, and adhesion review are required before coating.
Ship Interior Steel Areas
Selected products carry documented ship interior coating scope; confirm certificate applicability before project specification.
Pontoons & Hull Interior Areas
Wet-service epoxy coating discussion for steel structures in wet environments such as pontoons, ballast tanks, and inside ship hulls.
Tank Exteriors
Storage tank exteriors and pressure equipment exposed to coastal weathering, cleaning, temperature change, and appearance requirements.
Port Equipment
Port cranes, conveyors, handling equipment, and machinery exposed to abrasion, weathering, and industrial service conditions.
Concrete by Selected Products
Some epoxy products include concrete surface use or CE-marked concrete application in the catalogue; confirm scope before use.
These typical scenarios help distributors, OEM partners, and contractors match real project needs with the right VERDA epoxy and polyurethane system.

Case Type 01
For frames, bridges, platforms, and steel supports requiring primer, barrier layer, and weather-resistant finish selection.

Case Type 02
For storage tank exteriors, pipework, pressure equipment, and visible steel assets exposed to coastal weathering.

Case Type 03
For damaged coatings, hand-prepared steel, wet exposure, and repair areas where maintenance epoxy products are needed.

Case Type 04
For coating stations, fabrication workshops, and field repainting where application method, drying speed, gloss, and color matching matter.
These 12 epoxy and polyurethane products are selected for marine and coastal anti-corrosion inquiries. Use these names when requesting pricing, samples, TDS, SDS, color support, or OEM/private label cooperation.
EZP-D15
Two-component polyamide-cured high-build epoxy primer containing zinc phosphate. Recommended for bridges, transportation equipment, cranes, steel struts, conveyors, steel structures, machinery, and equipment. Includes CCS certificate No. GZ21PWA00013 for ship interior surfaces.
EZP-D17
Two-component modified epoxy resin coating with anti-corrosion pigments. Used as primer or intermediate coat on steel, zinc, and aluminum surfaces exposed to climatic, mechanical, and chemical stress. Used in NORSOK approved systems as an intermediate coating on surfaces exposed to marine conditions.
EZ-D99
Two-component polyamide-cured zinc-rich epoxy resin coating. Prequalified in NORSOK System 1 for demanding applications such as offshore environments, refineries, power plants, and bridges, with zinc content exceeding ISO 12944-5 requirements.
MIO-Z27
Two-component polyamide-cured epoxy coating with micaceous iron oxide. Suitable for bridges, storage tank outer walls, steel frames, conveyors, tubular bridges, and steel equipment. Used as primer or intermediate coat in epoxy and polyurethane systems exposed to severe weathering and spatter.
EAC-RM40
Two-component modified epoxy resin coating for building frames, tubular bridges, conveyors, ship hulls, steel structures, and equipment. Used for steel structures in wet environments such as pontoons, ballast tanks, inside ship hulls, underground or underwater applications, and severe splash exposure.
EZP-WH200
Two-component high-solids aluminum-pigmented modified epoxy maintenance coating. Used for repairing shipping and installation damage, hand-prepared steel, steel immersed in water, buried steel, bridges, reservoirs, and difficult-to-clean steel structures or equipment.
EZP-WH300
Two-component high-solids modified colorable epoxy maintenance coating. Used for repair of shipping and installation damage, hand-prepared steel, water-immersed or buried steel, hydropower station steel, and difficult-to-clean steel structures or equipment.
PUR-M20
Two-component matte polyurethane coating with anti-corrosion pigments and aliphatic isocyanate hardener. Recommended for shipping and transport equipment, tank exteriors, steel frames, steel structures, machinery, and equipment. Includes CCS certificate No. GZ21PWA00013 for ship interior surfaces.
PUR-M50
Durable non-chalking semi-gloss polyurethane coating with aliphatic isocyanate hardener. Recommended for shipping and transport equipment, tank exteriors, steel frames, steel structures, machinery, and equipment; used as topcoat in epoxy and polyurethane systems exposed to weathering or chemical stress.
PUR-M90
High-gloss polyurethane coating with aliphatic isocyanate hardener. Recommended for shipping and transport equipment, tank exteriors, steel frames, steel structures, machinery, and equipment. Used as topcoat for epoxy resin systems exposed to severe weathering and chemical stress.
PUR-PC50
High-solid semi-gloss polyurethane coating for tank exteriors, steel structure buildings, and other steel structures. Prequalified in NORSOK System 1 for offshore environments, refineries, power plants, and bridges.
PUR-PC80
High-solid high-gloss polyurethane coating for shipping and transport equipment, storage tank exteriors, steel frames, steel structures, machinery, and equipment. Designed for harsh environments with weathering, abrasion, gloss, and color-retention requirements.

VERDA supports marine and coastal projects with system matching, product documents, samples, color discussion, and export-ready communication for distributors, contractors, and OEM/private label partners.
Send one project brief to help VERDA provide a clearer quotation, product recommendation, sample plan, documentation package, or OEM/private label follow-up.
Country, buyer role, project type, asset location, target market, estimated quantity, color requirement, gloss target, and schedule.
Coastal steel structure, port equipment, tank exterior, pipe, bridge, ship interior steel area, splash-prone steel, or maintenance repainting.
New steel, galvanized or aluminum surface, hand-prepared steel, old coating, rust, oil, dust, welding damage, repair area, and exposure level.
Distributor supply, contractor procurement, OEM/private label, samples, TDS, SDS, certificate scope, and export packaging needs.