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Holy Hong Water-Based Paint Product System
Meet all-round industrial needs, from extreme corrosion resistance to precise heat dissipation.
Water-based graphene-zinc heavy-duty anti-corrosion primer
Waterborne Graphene Zinc Primer
The synergistic protective effect of zinc coating for rust prevention plus graphene barrier.
Key advantages
Superior salt-spray resistance
Cathodic protection
Shielding barrier
Applicable scenarios
Heavy Anti-Corrosion System Primer
Marine Engineering
Petrochemical Storage Tanks
Water-based graphene intermediate coat
Waterborne Graphene Intermediate Coat
The key connections and shielding layers of the heavy-duty anti-corrosion system.
Key advantages
Excellent shielding performance
Enhance interlayer adhesion
Dense coating
Applicable scenarios
Heavy Anti-Corrosion System Intermediate Coat
Bridge Steel Structures
Water-based fluorine-containing graphene topcoat
Waterborne Graphene Fluorine-Containing Topcoat
Super weather-resistant, corrosion-resistant, and self-cleaning surface protection.
Key advantages
Ultra-long weather resistance
Chemical-resistant
Self-cleaning function
Applicable scenarios
Heavy Anti-Corrosion System Topcoat
Cross-Sea Bridges
Chemical Industry Facilities
Water-based inorganic zinc-rich primer
Waterborne Inorganic Zinc-Rich Primer
Provide long-lasting foundational protection in extremely corrosive environments.
Key advantages
Environmental performance: VOC ≤ 50 g/L
Salt spray resistance ≥ 500 h
Solid content ≥ 80%
Applicable scenarios
Workshop Steel Beams
Bridges
Tower Cranes
Offshore Platforms
Chemical Equipment
Water-based epoxy zinc-rich primer
Waterborne Epoxy Zinc-Rich Primer
Long-term protection and adhesion assurance in moderately corrosive environments.
Key advantages
Adhesion ≥ 6 MPa
Impact resistance ≥ 50 kg·cm
Salt spray resistance ≥ 1000 h
Applicable scenarios
Chemical Pipes
Tank Internal & External Walls
Ship Decks
Port Machinery
Water-based epoxy anti-corrosion primer
Waterborne Epoxy Anticorrosive Primer
Comprehensive corrosion protection for industrial equipment.
Key advantages
Adhesion ≤ Grade 1
Coating hardness > H
Salt spray resistance ≥ 500 h
Applicable scenarios
Machine Tool Motor Housings
Automotive Frames
Steel Structures
Concrete Storage Tanks
Water-based fast-drying epoxy primer
Waterborne Epoxy Quick-Drying Primer
Meet the rapid construction demands of short-duration projects.
Key advantages
Surface dry at 25℃ ≤ 1 hour
Recoating interval: 1–2 hours
Adhesion ≥ 6 MPa
Applicable scenarios
Hardware Accessories
Home Appliance Casings
Pump Bodies & Valves
Temporary Workshops
Water-based epoxy micaceous intermediate coat
Naterborne Epoxy Micaceous Iron Oxide Intermediate Coat
Enhance the interlayer adhesion and overall service life of the coating system.
Key advantages
Solid content ≥ 70%
Interlayer adhesion ≥ 6 MPa
Early water resistance ≥ 300 h
Applicable scenarios
Bridges
Storage Tanks
Marine Facilities
Anti-Corrosion System Intermediate Coat
Chemical and oil-resistant in indoor and special environments.
Key advantages
Adhesion ≤ Grade 1
Impact resistance ≥ 50 kg·cm
Excellent chemical resistance
Applicable scenarios
Chemical Workshop Floors
Indoor Machinery
Filling Tank Inner Walls
Flammable & Explosive Areas
Water-based polyurethane topcoat
Waterborne Polyurethane Topcoat
Key advantages
VOC ≤ 130 g/L
Instant temperature resistance: 140–150℃
Compressive strength ≥ 40 MPa
Applicable scenarios
Outdoor Wind Turbines
Cooling Towers
Curtain Wall Steel Frames
Cranes
Water-based acrylic baking paint
Waterborne acrylic baking enamel
High hardness, excellent chemical resistance, and superb decorative appeal.
Key advantages
Adhesion ≤ Grade 1
Coating hardness: 2H-3H
Strong acid and alkali resistance
Applicable scenarios
Automotive parts
Metal hardware components
Instruments and meters
Waterborne Hyperbranched Direct-to-Metal (DTM) Paint
Waterborne Hyperbranched Direct-to-Metal (DTM) Paint
Simplify the painting process and improve production efficiency.
Key advantages
VOC ≤ 50 g/L
Single-layer coating: 20–60 μm
Adhesion ≤ Grade 1
Applicable scenarios
Auto Parts
Rail Transit
Hardware Tools
Charging Piles
Water-based silicone high-temperature resistant coating
Waterborne Organic Silicone High-Temperature Coating
Key advantages
Coating hardness > 3H
Adhesion ≤ Grade 1
Rapid curing at 220℃
Applicable scenarios
Boilers
Tunnel Ovens
Electric Ovens
Engine Exhaust Pipes
Waterborne Inorganic Ceramic High-Temperature Coating
Waterborne Inorganic Ceramic High-Temperature Coating
The temperature resistance reaches up to 1800℃, offering exceptional high-temperature performance.
Key advantages
Thermal conductivity: 0.03 W/m·K
Room-temperature strength ≥ 210 MPa
Acid- and alkali-resistant and waterproof
Applicable scenarios
Metallurgical Furnace Bodies
Petrochemical Cracking Equipment
Aeroengine Components
Waterborne Fire-Retardant Coating
Waterborne Fire-Retardant Coating
Fire rating: The 3mm coating has a fire resistance rating of ≥1.0 hour.
Key advantages
VOC ≤ 100 g/L
Bonding strength ≥ 0.2 MPa
Surface dry ≤ 8 hours
Applicable scenarios
Cable Trays
Metro Tunnels
Steel Structure Workshops
Ship Cabins
Waterborne Graphene Heat-Dissipating Coating
Waterborne Graphene Heat-Dissipating Coating
High-efficiency thermal management solution with an emissivity ≥ 0.9.
Key advantages
VOC ≤ 80 g/L
Temperature resistance: -40℃ to 150℃
Adhesion ≤ Grade 1
Applicable scenarios
CPU/GPU
Power Batteries
Motor Housings
Communication Base Stations
Corporate headquarters
No. 168, Geditang, Baoshishan Village, Sanlifubao Subdistrict, Jinpu New Area, Dalian City
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