ESD Anti Static Water Based Polyurethane Floor Paint Abrasion Resistant
Price:
Negotiable
MOQ:
10barrels
Delivery Time:
5-7work days
Brand:
ZUOGAO
Product Description
ESD Anti-Static Water-Based Polyurethane Floor Paint
Precision Electrostatic Discharge Surface Engineering
The ESD Anti-Static Water-Based Polyurethane Floor Paint represents a premier technological breakthrough in conductive surface armor, engineered specifically to protect high-value micro-electronic components and hazardous chemical storage areas from catastrophic electrostatic discharge failures. Formulated using advanced waterborne polyurethane polymers combined with a highly dispersed network of premium conductive nanospheres, this specialized coating creates a dense, static-dissipative shield over commercial concrete.
Standard floor coatings are highly insulative, meaning they continually generate and retain friction voltages from foot traffic and rolling material carts. When an ungrounded spark jumps to a sensitive circuit board, it causes instant micro-chip failure. Our ESD Anti-Static Water-Based Polyurethane Floor Paint counters these operational safety hazards through a specialized, non-porous conductive concrete matrix that fluidly conducts static electricity safely into your facility's structural grounding grid.
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 safety range to bleed off voltage friction |
| Electrostatic Decay Time | ≤ 0.1 Seconds (Federal Test Method 101C) | Instantaneous drain of dangerous localized static charges |
| Body Voltage Generation | ≤ 100 Volts (ANSI/ESD STM97.2) | Prevents human workers from accumulating shocks while walking |
| Abrasion Resistance | ≤ 35 mg weight loss (Taber CS-17, 1000g/1000r) | Long-term flat-floor precision; zero carbon-black particles flaking |
| Adhesion to Base | ≥ 3.5 MPa (Concrete failure, ASTM D4541) | Deep physical grip that completely avoids edge peeling and blistering |
| VOC Classification | Ultra-Low VOC / Solvent-Free | Safely complies with rigid international cleanroom air purity checks |
| Drying Schedule (25°C) | Touch Dry: 1 Hour / Foot Traffic: 24 Hours | Accelerates project handover times to minimize assembly downtime |
Key Advantages and Professional Applications
The elite electrical dissipation matrix and heavy-duty dust-free composition make this waterborne anti-static polymer the absolute standard for advanced precision manufacturing and high-risk volatile zones.
Outstanding Performance Advantages
- Permanent Electrical Balance: Conductive properties are locked uniformly within the polymer matrix, meaning they will not fade or wash away after chemical cleaning.
- Flawless Cleanroom Air Compliance: Low-VOC formulation ensures zero toxic solvent vapor emission, preventing delicate lens or sensor chemical contamination.
- Excellent Scuff & Mark Defiance: Resists heavy rolling cart wheels, drag friction, black rubber heel marks, and localized tool drops.
- Effluent-Free Facility Maintenance: Single-component fluid structure applies smoothly with standard rollers, and tools wash clean with water without hazardous thinners.
Primary Application Fields
- Semiconductor & Micro-Chip Assembly Lines: Protects sensitive surface-mount technology (SMT) setups from microscopic electrostatic shock losses.
- Pharmaceutical & Medical Device Cleanrooms: Provides an ultra-dense, dust-free, seamless surface that complies with strict global hygiene mandates.
- Server Rooms & Data Storage Centers: Eliminates systemic electrostatic interference that can corrupt digital drives and premium computing infrastructure.
- High-Hazard Chemical & Volatile Gas Storage: Safely drains frictional static charges before they can trigger accidental explosive vapor ignition.
Product Q&A (Frequently Asked Questions)
Q1: What is the scientific difference between an "Insulative" standard paint and this ESD Anti-Static Polyurethane Paint?
Standard floor paints act as electrical insulators; when workers walk or roll plastic carts across them, friction continuously strips away electrons, building up a charge of up to 10,000 volts on the body. When that person touches a computer or component, a sudden electrostatic shock destroys the electronics. Our ESD Anti-Static Water-Based Polyurethane Floor Paint incorporates a network of high-purity conductive materials. This reduces the floor's electrical resistance to a safe, dissipative range (10⁵ to 10⁹ ohms), allowing the coating to actively channel friction charges directly into the ground before voltage can accumulate.
Q2: Will the anti-static conductive performance weaken over time or peel off after multiple industrial floor washdowns?
No, absolutely not. Many lower-grade anti-static coatings rely on temporary topical surfactants sprayed on top of the paint, which quickly wash away with common mopping and industrial floor scrubbing. Our ESD Anti-Static Water-Based Polyurethane Floor Paint infuses its nano-scale conductive particles into the poly-resin base during our high-torque factory reactor blending. Once cured, the conductive network is permanently cross-linked inside the entire thickness of the polymer film, meaning its static-bleeding performance cannot wear out, fade, or delaminate through decades of harsh chemical cleaning.
Q3: Does an anti-static flooring system require a specialized installation process, and how should copper grounding tapes be applied?
Yes, a correct technical sequence is critical for full ESD compliance. First, the bare concrete must be diamond ground to a clean, open capillary profile and sealed with our water-based primer. Next, self-adhesive conductive copper grounding tapes must be laid down in a grid layout (typically every 20-30 feet) and connected directly to the building's main grounding rod. Then, a specialized waterborne conductive primer is rolled out over the tape to establish full contact. Finally, apply the ESD Anti-Static Water-Based Polyurethane Floor Paint as the protective topcoat layer, completing a foolproof system that safely channels charges from shoe to ground.
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Company
Zuogao New Material Technology Co., Ltd.
Location
Huishang Building, Dongzha Sub-district, Nanhu District, Jiaxing City, Zhejiang Province
Contact Person
Felix