Heavy-Duty Anti-Corrosion & Fireproof Coatings for Critical Infrastructure.
Engineered for extreme C5-M marine environments and up to 2.5 hours fire protection. Qualified supplier for top national and industrial energy groups.
Trusted globally by Top Energy & Infrastructure Giants
Strategic Partner of State-owned Enterprises & Global Energy Leaders
Industrial Application Solutions
From 150+ specialized coating formulas, we provide precision protection for the most demanding environments on Earth.
20+ Years Durability
Steel Structures
Protective coating systems designed to provide long-term corrosion resistance for industrial steel structures, including factories, warehouses, and bridges.
C5-M Marine Grade
Marine & Offshore
High-performance coating solutions for marine and offshore structures, providing strong resistance to salt spray, humidity, and harsh marine environments.
Anti-Static & Chemical Resistance
Storage Tanks
Internal and external lining solutions for oil, gas, and chemical storage with superior corrosion resistance.
High Temperature Resistance
Power Plants
Coating solutions for power plants and energy facilities, designed to protect steel structures and equipment from corrosion, heat, and aggressive environments.
Weathering & UV Resistance
Infrastructure Projects
Protective coating systems for infrastructure projects such as bridges, highways, and public facilities, designed to withstand long-term environmental exposure.
Abrasion & Impact Resistance
Oil & Gas Pipelines
Heavy-duty epoxy and polyurethane systems for long-distance buried and underwater pipelines.
High-Performance Product Portfolio
Systematic coating solutions engineered for durability and compliance.
Vinyl Phosphating Primer (2K) – Two-component phosphating primer for galvanized steel, aluminum, and other light metals.
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Forms chemical adhesion to improve intercoat adhesion of subsequent coatings.
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Low film thickness system: 15–25 µm DFT per coat; theoretical consumption 0.06 kg/m² at 20 µm DFT.
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Min. recoat 2 h (25°C); dedicated PLX06 thinner (10–20%).
Inorganic Zinc-Rich Primer (2K) – Two-component ethyl silicate zinc-rich primer for cathodic protection of blast-cleaned steel.
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General-purpose use for bridges, towers, gas holders, oil tanks, oil/gas pipelines, and industrial steel structures.
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High zinc dust content with stated water/oil/media resistance and welding/cutting resistance.
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Sa 3 surface preparation (not lower than Sa 2.5); touch dry 10 min at 25°C, RH 70–85%.
Inorganic Zinc Silicate Primer (2K) – Two-component inorganic zinc silicate primer for long-term steel corrosion protection with cathodic protection.
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For blast-cleaned steel; surface preparation Sa 3 (not lower than Sa 2.5) is specified.
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Fast drying at 25°C, RH 70–85%: touch dry 10 min; hard dry 2 h; cured 24 h.
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Mix ratio 28:7; thinner X-11 inorganic zinc thinner (5–20%); compatible with epoxy/PU coating systems.
Special Epoxy Primer (2K) – Two-component special epoxy primer for industrial corrosion protection.
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For power, bridge, petrochemical, marine, and port facilities/equipment.
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Pot life 2 h (25°C); mix ratio 25:2.5.
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Compatible with epoxy MIO intermediate and epoxy/PU topcoat systems.
Epoxy Sealer Primer (2K) – Two-component penetrating sealer primer for porous substrates.
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For cement mortar, concrete, and fiber cement boards; also stated for wood.
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Concrete moisture content < 6% before application (as stated).
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Mix ratio 16:4; theoretical consumption 0.29 kg/m² at 50 µm DFT.
Modified Epoxy Iron Oxide Red Primer (2K) – Two-component modified epoxy iron oxide red anti-rust primer for steel and concrete.
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For corrosion protection of steel structures and concrete surfaces.
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Water and corrosion resistance with strong adhesion (as described).
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Mix ratio 24:3; recoat 24 h–7 d (25°C).
Epoxy Glass Flake Intermediate Coating (2K) – Two-component epoxy glass flake intermediate coating for heavy-duty barrier protection.
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For marine/offshore, chemical areas, underground mines, and wastewater facilities; steel and concrete substrates.
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Mix ratio 25:2.5; pot life 4 h (25°C).
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Recoat 24 h–7 d (25°C); recommended DFT 60–80 µm per coat.
Epoxy zinc phosphate anti-rust primer (2K) for heavy-duty steel corrosion protection.
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For ports/docks, heavy structures, mining machinery, power machinery plants, and water conservancy steelwork.
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Zinc phosphate anti-rust pigment system with stated water and salt water resistance.
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Mix ratio 7:1; theoretical consumption 0.12 kg/m² at 50 µm DFT.
Epoxy rust-tolerant anti-rust primer (2K) for steel surfaces with slight rust.
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Applicable on St1/St2 prepared steel; surface profile 15–35 µm (as stated).
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Stabilizes rust by complexation with the substrate before hardening (as described).
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Compatible with epoxy MIO intermediate and epoxy/PU topcoat systems.
Epoxy ester anti-rust primer for steel structures (single-pack).
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For guardrails and mining/mineshaft equipment steel surfaces.
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Air-drying or low-temperature baking curing is specified.
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Single-pack with no pot life limit (as stated); compatible with alkyd topcoats/enamels.
Epoxy MIO intermediate coating (2K) for barrier protection in cathodic-protection coating systems.
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Used with PLH53-35 epoxy zinc primer as a supporting intermediate coat.
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Salt water resistance: 20 days (as stated).
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Mixing ratio 8:1 (by weight); recommended DFT 60–90 µm per coat.
Epoxy MIO Intermediate Coating (2K) – Two-component epoxy micaceous iron oxide intermediate coating for barrier protection.
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For ships, containers, bridges, steel gates, gas holders, port machinery, and steel structures; used over zinc-rich primer or sprayed zinc.
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Mix ratio 27:3; pot life 4 h (25°C).
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Recoat 12 h–7 d (25°C); overcoatable with epoxy and polyurethane systems.
Epoxy Iron Oxide Red Anti-Rust Primer (2K) – Two-component epoxy anti-rust primer for steel structures.
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For general steel structure corrosion protection; can be used for concrete with an epoxy sealer primer.
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Mix ratio 24:3; pot life 4 h (25°C).
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Recoat 24 h–7 d (25°C); overcoatable with epoxy and polyurethane systems.
Epoxy Red Lead Anti-Rust Primer (2K) – Two-component epoxy anti-rust primer for steel corrosion protection.
- For tanks, gas holders, offshore/underwater steel structures, and buried pipelines.
- Mix ratio 28:4; pot life 4 h (25°C).
- Recoat 24 h–7 d (25°C); overcoatable with epoxy and polyurethane systems.
Epoxy Zinc Primer (2K, C6-Modified) – Two-component epoxy zinc primer (C6-modified) for cathodic-protection priming.
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Salt spray resistance 1300 h (as stated).
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Theoretical consumption 0.25 kg/m² at 50 µm DFT (losses not included).
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For offshore platforms, underwater steel, pipelines, oil tanks, bridges, and petrochemical steel structures.
Epoxy Zinc-Rich Primer (2K) – Two-component epoxy zinc-rich primer for steel anti-corrosion systems.
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For shipbuilding/repair, bridges, towers, gas holders, oil tanks, and steel structures.
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Water and oil resistance with excellent adhesion.
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Theoretical consumption 0.21 kg/m² at approx. 50 µm DFT (losses not included).
Solvent-free epoxy ceramic coating (2K) for thick-film protection on tanks and pipelines.
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Pipelines, chemical equipment, tank surfaces.
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Pot life 4 h; recoat 24 h–7 d.
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98% solids; smooth, hard, chemical resistant.
Solvent-free epoxy coal tar bitumen coating (2K) for buried and pipeline heavy-duty protection.
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Water/oil pipelines; buried installations.
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Mix ratio 10:10; pot life 50 min.
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96% solids; oil, water, solvent resistance.
Epoxy polyurethane heavy-duty anti-corrosion coating (2K) for steel, pipelines, tanks, and marine atmospheres.
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Steel structures, pipelines, tanks, bridges, wharves.
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Mix ratio 24:3; pot life 2 h.
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60 d resistance in 5% acid/alkali/salt.
Modified epoxy weather-resistant topcoat (2K) for outdoor corrosion protection.
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Ports, pipelines, offshore, ships, sluice gates.
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Mix ratio 20:5; recoat 16 h–7 d.
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Acid/alkali/salt resistance; color and gloss retention.
Solvent-free epoxy coating (2K) for thick-film protection on steel and tanks.
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Steel structures and storage tank surfaces.
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Pot life 45 min; up to 400 µm/coat.
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100% solids; oil, water, solvent resistance.
Epoxy topcoat (2K) for steel and concrete in industrial and marine facilities.
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Water treatment, ports, sluice gates, workshops.
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Mix ratio 20:4; recoat 24 h–7 d.
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Water, oil, humid-heat, chemical resistance; impact resistant.
Epoxy heavy-duty anti-corrosion coating (2K) for tank linings and severe chemical service.
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Tanks/vessels for oils and aromatic solvents.
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Pot life 2 h; recoat 24 h–7 d.
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Resists acids, alkalis, salts, oils, benzene solvents.
Epoxy coal tar bitumen anti-corrosion coating (2K) for buried pipelines and wet-dry service.
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Buried pipelines, tank bottoms, submerged structures.
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Mix ratio 7:1; recoat 12 h–7 d.
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Resists seawater, salt spray, oil; anti-microbial.
Winter-grade epoxy coal tar bitumen coating (2K) that can be applied at -5°C.
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Buried pipelines; steel and concrete protection.
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Mix ratio 20:4; recoat 12 h–7 d.
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Seawater, oil, chemical resistance; high insulation.
Moisture-curing epoxy bitumen coating (2K) for rapid hardening in humid conditions.
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Mines, wastewater plants, ports, docks.
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Mix ratio 24:3; pot life 4 h.
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Resists water, seawater, oil, and chemicals.
Epoxy bitumen glass flake coating (2K) for underground/underwater steel and concrete protection.
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Underground tanks, mines, internal linings.
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Pot life 4 h; recoat 24 h–7 d.
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Water and chemical resistance; strong anti-permeation.
Epoxy Aluminium Pigmented Topcoat (2K) – High-build epoxy topcoat with aluminium paste.
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For tanks, pipelines, and steel structures.
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Mix ratio 24:4; pot life 4 h.
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High solids; thick film reduces coat numbers.
Epoxy Glass Flake Topcoat (2K) – Epoxy glass flake topcoat for wet or chemical zones.
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For underwater/humid areas and heavy chemical plants.
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Mix ratio 20:2; pot life 4 h.
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Salt water resistance: 1 year, no change.
Epoxy High-Build Topcoat (2K) – High-solids epoxy topcoat for heavy-duty protection.
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For steel structures and concrete surfaces.
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Induction time 5 h; pot life 3 h.
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Recoat 24 h–7 d; X-7 thinner 3–9%.
High-Grade Epoxy Enamel (2K) – Epoxy enamel for decorative heavy-duty corrosion protection.
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For steel structures and concrete surfaces.
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Mix ratio 20:4; pot life 4 h.
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Recoat 12 h–7 d; X-7 thinner 2–8%.
High-solids polyurethane anti-corrosion topcoat (2K) for high-build steel structure protection.
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For petrochemical, power, bridges, port facilities.
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Mixing ratio 7:1; pot life 3 h.
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Low VOC 305 g/L; artificial weathering 1500 h.
Aliphatic polyurethane premium topcoat (2K) for durable finishing with weathering resistance.
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For bridges, towers, vehicles, marine and port facilities.
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Recoat interval: min 12 h, max 7 d.
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Compatible over polyurethane or epoxy intermediate coatings.
Polyurethane enamel (2K) for steel or concrete protection in corrosive environments.
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For metallurgy, power, petrochemical, bridges, ports, terminals.
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Mixing ratio 18:3; surface dry 1 h at 25°C.
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Compatible over polyurethane or epoxy intermediate coatings.
Polyurethane MIO intermediate coating (2K) for sealing and reinforcement in PU systems.
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Intermediate layer for polyurethane coating systems.
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Mixing ratio 9:1; thinner X-10 at 3–7%.
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Compatible with polyurethane and acrylic polyurethane topcoats.
Polyurethane red iron oxide anti-rust primer (2K) for steel structures and long-term anti-corrosion.
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For steel structures anti-rust priming.
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Mixing ratio 4:1; pot life 3 h.
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Compatible with polyurethane and acrylic polyurethane topcoats.
Special Outdoor Non-Intumescent Fireproof Coating for Steel Structure – Special cementitious coating for hydrocarbon-flame fire protection.
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For petrochemical/chemical outdoor steel structures.
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3 h rating: ≥33 mm; 20–22 kg/m²; 5–6 coats.
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Air spray 0.6–0.8 MPa; nozzle Φ4.0–6.0 mm.
Indoor Non-Intumescent Fireproof Coating for Steel Structure – Indoor cementitious thermal-insulation fireproof coating for steel.
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3 h rating: ≥33 mm; 20–22 kg/m²; 5–6 coats.
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Air spray 0.6–0.8 MPa; nozzle Φ4.0–6.0 mm.
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Fire test: 32 mm thickness; 5400 mm span; 3.00 h.
Outdoor Non-Intumescent Fireproof Coating for Steel Structure – Outdoor non-intumescent fireproof coating for steel structures.
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3 h rating: ≥33 mm; 20–22 kg/m²; 5–6 coats.
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Bond strength test result: 0.11 MPa.
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Fire test: 33 mm thickness; 5400 mm span; 3.00 h.
Outdoor Intumescent Fireproof Coating for Steel Structure – Waterborne intumescent coating for outdoor steel fire protection.
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2 h rating: ≥3.2 mm; 4.5 kg/m² theoretical consumption.
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Air spray 0.6–0.8 MPa; nozzle Φ4.0–6.0 mm.
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Bond strength test result: 0.77 MPa.
Indoor Intumescent Fireproof Coating for Steel Structure – Waterborne intumescent coating for indoor steel fire protection.
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2 h rating: ≥3.3 mm; 4.6 kg/m² theoretical consumption.
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Water-thinnable; max dilution 5%.
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Bond strength test result: 0.82 MPa.
Solvent-free conductive anti-static epoxy coating (2K) for fuel tank internal corrosion protection.
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Gasoline, diesel, kerosene, engine oil tanks.
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Mix ratio 20:5; pot life 50 min.
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Solvent-free; one-coat film up to 180 µm.
Non-carbon conductive anti-static coating (2K) for tank/pipeline internal linings of flammables.
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Methanol/ethanol tanks; petroleum tank internals.
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Pot life 45 min; thinner 3–7%.
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Solvent resistance, including methanol.
Polyurethane oil tank internal anti-static coating (2K) for oil storage and transfer internals.
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Crude tanks, oil holds, pipeline internal walls.
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Mix ratio 20:3; pot life 4 h.
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No primer needed; 3 coats to 150 µm.
Oil-resistant polyurethane coating (2K) for tank trucks and fuel tank exteriors.
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Oil tank trucks, oil tanks, fuel tanks.
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Recoat 12 h–7 d; pot life 2 h.
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Oil resistance: 6 months, no change.
Crude oil tank internal anti-static coating (2K) for crude oil tanks and cargo tanks.
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Crude oil tanks; ship crude oil compartments.
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Mix ratio 20:2; pot life 3 h.
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Anti-static; resists acids, alkalis, salts.
Refined oil tank internal lining coating (2K) for gasoline/diesel compartments and tanks.
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Gasoline, diesel, kerosene, engine oil tanks.
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Pot life 2 h; thinner 3–9%.
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High solids; wear resistant; easy tank cleaning.
Oil-resistant anti-static anti-corrosion coating (2K) for tank internal linings with static risks.
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Crude oil, gasoline, kerosene, naphtha tanks.
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Mix ratio 20:2; pot life 3 h.
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Anti-static; oil and corrosion resistance.
Unmatched Manufacturing Power
Strategically located in Anhui, our modern facility ensures stable supply and consistent quality for global industrial projects.
Years of Expertise
Employees
Global Partners
Modern Factory (㎡)
*Qualified supplier for SINOPEC, CNOOC, and CNNC.
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