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Quality High Temperature Resistant Water Based Industrial Metallic Paint Glossy / Matte Finish factory
Quality High Temperature Resistant Water Based Industrial Metallic Paint Glossy / Matte Finish factory
Quality High Temperature Resistant Water Based Industrial Metallic Paint Glossy / Matte Finish factory
Quality High Temperature Resistant Water Based Industrial Metallic Paint Glossy / Matte Finish factory
Quality High Temperature Resistant Water Based Industrial Metallic Paint Glossy / Matte Finish factory
Quality High Temperature Resistant Water Based Industrial Metallic Paint Glossy / Matte Finish factory
Quality High Temperature Resistant Water Based Industrial Metallic Paint Glossy / Matte Finish factory

High Temperature Resistant Water Based Industrial Metallic Paint Glossy / Matte Finish

Basic Properties
Place of Origin: Hubei, China
Brand Name: ZUOGAO
Certification: TDS、CE、ISO 、MSDS
Model Number: WBMP
Trading Properties
Minimum Order Quantity: 10barrels
Payment Terms: T/T,Western Union,L/C
Supply Ability: 300 tons per month
Tags

Industrial Metallic Paint

Water Based Steel Paint

Metallic Water Based Paint
Product Summary
High-temp resistant water-based metallic paint withstands 180°C, offers low VOC, excellent adhesion, and chemical/abrasion resistance. Ideal for industrial pipelines, boilers, and machinery.

Product Details

Highlight:

Water Based Industrial Metallic Paint

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High Temperature Resistant Industrial Metallic Paint

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Industrial Metallic Paint Matte Finish
Productname: Industrial Metallic Paint
Drying Time: 4-6 Hours
Shelflife: 12 Months When Stored Properly
Surfacepreparation: Clean, Dry, And Free Of Grease
Temperaturerange: 5°C To 35°C For Application
Durability: High Resistance To Abrasion And Chemicals
Thickness: 100-150 Microns Per Coat
Application Method: Brush, Roller, Or Spray
Color: Available In Multiple Colors
Finish: Glossy Or Matte
Coverage: 8-10 Square Meters Per Liter
Type: Two-component Epoxy Coating
Voccontent: Low VOC Formulation
Curetime: 7 Days
Usage: Suitable For Garages, Warehouses, Factories, And Commercial Floors
Product Description
High-Temperature Resistant Water-Based Metallic Industrial Paint
Advanced Thermochemical Stabilization and Exterior Mechanical Heat Armor

The High-Temperature Resistant Water-Based Metallic Industrial Paint represents an elite milestone in thermodynamic coating engineering, meticulously formulated to preserve industrial metal infrastructures from catastrophic heat-induced degradation, oxidation, and structural blistering.

Developed specifically for steam piping networks, manufacturing heat exchangers, boiler exterior hulls, and localized power-generation enclosures, this professional-grade polymer matrix chemically grafts advanced silicone-modified acrylic resins with high-purity, heat-stabilized metallic micro-pigments. It delivers an independent, long-lasting thermal-reflective shield that successfully withstands continuous operating thermal loads up to 180°C without experiencing gloss reduction or coating embrittlement.

Standard industrial metallic paints and oil-based enamels rapidly darken, turn ash-brittle, and peel away when forced to endure persistent thermal cycling or sudden heat shocks. Once intense heat triggers standard organic resin carbonization, the coating loses its physical tensile strength, allowing aggressive workplace humidity and chemical vapors to penetrate deep into the underlying steel, causing severe flash rust and equipment containment liabilities.

Our High-Temperature Resistant Water-Based Metallic Industrial Paint entirely eliminates these thermodynamic vulnerabilities through an advanced cross-linked, inorganic-organic hybrid network. The non-toxic, ultra-low VOC fluid applies smoothly, curing into a dense, non-porous structural skin that maintains absolute adhesion across massive heat-loading lifecycles.

Technical Performance Specifications
Performance PropertyValue / Test StandardOperational Benefit
Thermal Resistance RangeContinuous up to 180°C IntermittentAbsolute film integrity under high-heat industrial operation
Thermal Shock StabilityPassed 25 Cycles (20°C to 180°C)Zero cracking, micro-fissuring, or blistering under rapid temperature jumps
Metallic Color RetentionDelta E ≤ 1.5 after 500 Hours at Max TempPrevents metallic aluminum pigments from oxidizing or turning dark mud gray
Cross-Cut Adhesion5B Grade (Absolute Zero Peeling, ASTM D3359)Forges an unbreakable chemical weld that resists severe heat expansion
Salt Spray Resistance≥ 600 Hours (ASTM B117 standard)Provides robust dual defense against high humidity and chemical rust tracking
Pencil Hardness≥ 2 H (ASTM D3363 Standard)Delivers dependable surface protection against daily tool scuffs and friction
VOC ProfileUltra-Low VOC / Waterborne / Solvent-FreeNon-flammable formulation; completely safe for indoor manufacturing zones
Key Advantages and Professional Applications

The elite heat-reflective chemistry and high-elasticity expansion tracking of this silicone-modified metallic paint make it the absolute baseline standard for plant maintenance engineers looking to minimize repetitive, expensive heat-system shutdown renovations.

Outstanding Performance Advantages
  • Elite Silicone-Hybrid Bond Density: Specialized inorganic silicon backbones insulate the polymer chains from heat-driven oxidation, stopping premature yellowing or ash-cracking.
  • Synchronized Metal Expansion Memory: Formulated with an advanced flexible elastomer base that stretches and contracts in perfect harmony with steel pipes during intense heating cycles.
  • Monolithic Anti-Corrosion Sealing: Forms a continuous, chemical-proof shield that blocks liquid water, corrosive gases, and factory lubricants from reaching the metal substrate.
  • Safe Solvent-Free Implementation: Bypasses fire risks and pungent petrochemical odors common with oil paints, allowing application on warm indoor machinery pipelines.
Primary Application Fields
  • Industrial Steam & Heating Pipelines: Shields high-temperature transport lines in textile mills, chemical plants, and municipal utilities from external corrosion.
  • Boiler Exterior Hulls & Heat Exchangers: Protects structural metal enclosures facing continuous radiative heat loads and regular high-pressure washdowns.
  • Mechanical Pump & Motor Enclosures: Enhances heavy-duty factory motor housings and compressor outer shells with a bright, heat-proof metallic protection armor.
  • Commercial Kitchen Exhaust Frameworks: Delivers a non-flammable, easy-to-clean metallic coat over high-temperature grease ventilation systems.
Product Q&A (Frequently Asked Questions)
Q1: What is the chemical secret behind this paint's ability to withstand continuous 180°C heat without turning yellow or peeling?
A1: Standard industrial paints utilize pure organic hydrocarbon resins, which have carbon-to-carbon bonds that degrade and char under high heat, turning the paint into a brittle, dark gray powder. Our High-Temperature Resistant Water-Based Metallic Industrial Paint overcomes this thermal barrier by incorporating advanced silicone-modified hybrid resins. The molecular backbone of our resin is built on silicon-oxygen (Si-O) bonds, which possess a much higher chemical bond energy than standard carbon chains. This inorganic structure is completely stable under 180°C heat, meaning the thermal energy cannot break the polymer strands, ensuring the paint preserves its bright metallic look and structural thickness.
Q2: How does this heat-resistant metallic coating prevent the aluminum pigments from turning dark or losing reflection at maximum temperatures?
A2: In low-grade waterborne metallic finishes, heat exposure accelerates the reaction between water molecules trapped in the film and raw aluminum particles, causing the aluminum to oxidize into aluminum oxide, which turns the floor or machinery surface into a dull, muddy gray. Our High-Temperature Resistant Water-Based Metallic Industrial Paint utilizes specialized, factory-encapsulated non-leafing aluminum micro-flakes. Every single metallic flake undergoes a proprietary ultra-thin organic silica passivation treatment, creating an impregnable chemical shield that blocks oxygen and heat from attacking the aluminum core, maintaining high specular reflection across extensive thermal lifecycles.
Q3: Can this waterborne industrial paint be applied directly to a hot operating pipeline, and what is the proper surface engineering method?
A3: No, for absolute engineering success and a permanent bond, the machinery or pipeline should be shut down and cooled to a surface temperature between +15°C and +40°C during application and early curing. Applying paint directly to a boiling hot surface causes the water carrier to flash-evaporate too quickly, leading to micro-bubbles, pinholes, and severe adhesion loss. The steel base must be fully degreased, sanded to an international St 3 standard to open up a mechanical anchoring profile (30-40 microns), and coated with our high-heat primer layer. Once dry, spray or roll the metallic topcoat uniformly to complete the ultimate layer of heat armor.

Mr. Felix

Sales Manager

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