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Quality Electrostatic Dissipative ESD Water Based Metallic Paint Coating factory
Quality Electrostatic Dissipative ESD Water Based Metallic Paint Coating factory
Quality Electrostatic Dissipative ESD Water Based Metallic Paint Coating factory
Quality Electrostatic Dissipative ESD Water Based Metallic Paint Coating factory
Quality Electrostatic Dissipative ESD Water Based Metallic Paint Coating factory
Quality Electrostatic Dissipative ESD Water Based Metallic Paint Coating factory
Quality Electrostatic Dissipative ESD Water Based Metallic Paint Coating factory

Electrostatic Dissipative ESD Water Based Metallic Paint Coating

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
ESD water-based metallic coating for electronics & cleanrooms. Provides permanent static dissipation, high durability, and low VOC. Available in silver, gold, bronze, copper & custom colors.

Product Details

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Electrostatic Dissipative Water Based Metallic Paint

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Water Based Metallic Paint Coating

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ESD Metallic Water Based Paint
Coloroptions: Silver, Gold, Bronze, Copper, Custom Colors
Product Name: Water Based Metallic Paint
Shelflife: 12 Months
Dryingtime: 30 Minutes To Touch
Durability: High
Application Method: Brush, Roller, Spray
Weather Resistance: Good
Voccontent: Low VOC
Finish: Metallic
Storagecondition: Store In A Cool, Dry Place
Surfacecompatibility: Wood, Metal, Plastic, Walls
Coverage: 10-12 Square Meters Per Liter
Type: Water Based Paint
Base: Water
Product Description
Electrostatic Dissipative ESD Water-Based Metallic Coating
Precision Electrostatic Discharge Engineering and Metallic Hardware Protection

The Electrostatic Dissipative ESD Water-Based Metallic Coating represents an elite milestone in functional polymer synthesis, systematically formulated to deliver advanced static-dissipative safety metrics while endowing industrial metal surfaces with a bright, professional metallic finish.

Engineered specifically for high-precision diagnostic equipment enclosures, automated server rack systems, electronic control cabinet faces, and commercial cleanroom ventilation hardware, this professional-grade hybrid coating integrates a highly dispersed network of liquid-phase conductive nanospheres into an ultra-low VOC waterborne poly-resin core. It establishes an independent, permanently active electrical conduit that bleeds off voltage friction safely into your structural grounding infrastructure.

Standard metallic lacquers and primitive oil enamels are highly insulative, meaning they continually gather and trap giant static friction charges whenever operators touch the hardware or roll component carts nearby. When an accumulated ungrounded spark jumps onto a sensitive printed circuit board or silicon wafer micro-chip during assembly, it causes catastrophic electronic structural failure. Our Electrostatic Dissipative ESD Water-Based Metallic Coating eliminates these invisible high-tech operational hazards through a specialized, non-porous conductive network. The near-odorless fluid flows smoothly, curing into a dense, metallic armor that safely satisfies strict international electronics quality and environmental audits.

Technical Performance Specifications
Performance Property Value / Test Standard Operational Benefit
Point-to-Point Resistance 1.0 × 10⁵ Ω - 1.0 × 10⁹ Ω (ANSI/ESD S7.1) Perfect static-dissipative window; blocks micro-spark accumulation
Electrostatic Decay Time ≤ 0.1 Seconds (Federal Test Method 101C) Guarantees immediate drainage of dangerous localized charges
Body Voltage Generation ≤ 100 Volts (ANSI/ESD STM97.2) Stops field technicians from building up shocks during device contact
Cross-Cut Adhesion 5B Grade (Absolute Zero Peeling, ASTM D3359) Molecular physical weld that entirely avoids edge curling and chipping
Abrasion Resistance ≤ 32 mg weight loss (Taber CS-17, 1000g/1000r) Long-term surface precision; prevents conductive particle shedding
VOC Profile Ultra-Low VOC / Waterborne / Solvent-Free Completely safe for application inside active enclosed server hubs
Chemical Tolerance Resistant to professional alcohol rubs and detergents Withstands aggressive daily sanitation without electrical parameter drift
Key Advantages and Professional Applications

The permanent electrical dissipation tracking and heavy-duty, cleanroom-safe composition of this functional metallic paint make it the absolute standard for electrical engineers looking to secure modern tech manufacturing equipment value.

Outstanding Performance Advantages
  • Permanent Electrical Balance Integrity: Conductive nano-filaments are locked uniformly within the dry cross-linked shell, ensuring performance never washes or wears away.
  • Flawless Cleanroom Particle Security: Cures into a dense, non-dusting metallic layer that stops raw hardware from oxidizing or shedding micro-particles into clean air streams.
  • Aggressive Scuff & Mark Defiance: Resists heavy tool scrapes, manual knob adjustments, regular wiring scuffs, and localized tool drops without cracking.
  • Effluent-Free Facility Maintenance: Single-component fluid structure applies smoothly via standard airless sprayers, and equipment washes clean with water without hazardous thinners.
Primary Application Fields
  • Semiconductor Automated Testing Stations: Coats high-tech metal framing, robotic testing enclosures, and component calibration boxes.
  • Advanced Data Center & Server Facilities: Protects structural mainframe server racks, network switch bays, and electrical backup cabinet enclosures.
  • Precision Electronic Hardware Assemblies: Enhances medical diagnostic machine outer shells, oscilloscope frames, and cleanroom laboratory enclosures.
  • Hazardous Substance Control Enclosures: Seals high-risk gas monitoring control boxes requiring absolute spark-free safety profiles.
Product Q&A (Frequently Asked Questions)
Q1: What is the technical difference between an insulative standard metallic paint and this ESD Anti-Static Metallic Coating?

A1: Standard metallic paints achieve their sheen using aluminum flakes embedded in standard resins, which act as electrical insulators that trap friction charges on the surface of the equipment cabinet. Our Electrostatic Dissipative ESD Water-Based Metallic Coating incorporates advanced nano-conductive spheres. This lowers the film's electrical resistance to a safe, dissipative range (10⁵ to 10⁹ ohms). When friction charge is generated, the conductive network channels the static energy across the metallic shell and safely away through the building's grounding path before destructive voltages can accumulate.

Q2: Will the conductive elements within this ESD metallic coating cause the paint film to weaken, flake, or turn into a muddy gray color over time?

A2: No, absolutely not. Older generations of anti-static coatings relied heavily on coarse carbon-black aggregates, which caused severe film brittleness, limited the coating to dark gray or black shades, and shed dark dust into cleanroom spaces. Our Electrostatic Dissipative ESD Water-Based Metallic Coating utilizes advanced, transparent nano-conductive filaments combined with high-purity aluminum and premium pigments. This technological breakthrough allows us to produce perfectly uniform light grays, brilliant silvers, and modern corporate equipment shades that remain structurally flexible, non-dusting, and aesthetically bright over extensive lifecycles.

Q3: What specific metal surface preparation is required to guarantee this functional anti-static paint achieves full engineering compliance?

A3: To ensure static charges drain properly, an unbreakable mechanical weld to the metallic substrate is critical. The metal box or frame must be thoroughly degreased to remove manufacturing oils and lightly sanded with fine sandpaper to create a micro-texture (30-40 microns). Wipe the surface completely free of dust. Next, apply a thin coat of our specialized conductive waterborne primer to equalize surface potential. Once dry, apply the Electrostatic Dissipative ESD Water-Based Metallic Coating uniformly using specialized spray equipment, ensuring full electrical continuity across all structural joints.

Mr. Felix

Sales Manager

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