for Computer Factory Anti-Slip Weaterborne Epoxy Resin Anti-Static Self-Leveling Floor

Product Details
Customization: Available
CAS No.: 2921199090
Formula: Inapplicability
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  • for Computer Factory Anti-Slip Weaterborne Epoxy Resin Anti-Static Self-Leveling Floor
  • for Computer Factory Anti-Slip Weaterborne Epoxy Resin Anti-Static Self-Leveling Floor
  • for Computer Factory Anti-Slip Weaterborne Epoxy Resin Anti-Static Self-Leveling Floor
  • for Computer Factory Anti-Slip Weaterborne Epoxy Resin Anti-Static Self-Leveling Floor
  • for Computer Factory Anti-Slip Weaterborne Epoxy Resin Anti-Static Self-Leveling Floor
  • for Computer Factory Anti-Slip Weaterborne Epoxy Resin Anti-Static Self-Leveling Floor
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Basic Info.

Model NO.
SPR-1210ESD
Color
Can Be Selected From The Color Card
Appearance
Liquid
Main Raw Material
Epoxy
Method
Brush
Level
Primer+Middle+Topcoat
Certification
ISO14001, CCC, RoHS, ISO9001
Substrate
Exopy Resin
Components
Exopy Resin
Formation Mechanism
Conversion Type
Wear-Resistant
High
Anti-Slip
High
Chemical-Resistant
High
Weather-Resistant
High
Noise Reduction
High
Scratch-Resistant
High
Transport Package
Box
Specification
30KG(25KG+5KG)
Trademark
SPR
Origin
Nanxiong
HS Code
2921199090
Production Capacity
100000

Product Description

for Computer Factory Anti-Slip Weaterborne Epoxy Resin Anti-Static Self-Leveling Floor
for Computer Factory Anti-Slip Weaterborne Epoxy Resin Anti-Static Self-Leveling Floor
for Computer Factory Anti-Slip Weaterborne Epoxy Resin Anti-Static Self-Leveling Floor
 
for Computer Factory Anti-Slip Weaterborne Epoxy Resin Anti-Static Self-Leveling Floor
for Computer Factory Anti-Slip Weaterborne Epoxy Resin Anti-Static Self-Leveling Floor
for Computer Factory Anti-Slip Weaterborne Epoxy Resin Anti-Static Self-Leveling Floor
 

 

 

Precision Instrument Factory Anti-slip Weaterborne Epoxy Resin Anti-static Self-leveling Floor

Product Overview

In precision instrument factories, maintaining a safe, clean, and efficient working environment is paramount. The Anti-slip Epoxy Resin Anti-static Self-leveling Floor is specifically designed to meet the stringent requirements of such facilities, offering a seamless integration of safety, functionality, and durability. This flooring solution combines advanced epoxy resin technology with anti-slip and anti-static properties, ensuring optimal performance in environments where precision instruments are handled and static electricity must be controlled.

Technical Features

 

Feature Description
Material Composition High-grade epoxy resin with premium curing agents, conductive fillers, and anti-slip additives
Thickness 2-3 mm (customizable based on specific requirements)
Surface Finish Smooth, seamless, and glossy with a uniform texture
Color Options Wide range of colors available to match factory aesthetics
Application Method Self-leveling, easy to apply with minimal downtime

Performance Advantages

  1. Anti-slip Properties
    The flooring incorporates specialized anti-slip aggregates and additives that enhance friction, providing a secure footing even in wet or oily conditions. It meets the highest standards for slip resistance (COF ≥ 0.70 for dry surfaces and BPN ≥ 80 for wet areas), ensuring compliance with international safety regulations.

  2. Anti-static Performance
    With a surface resistivity of <1.0×10Ω and a ground resistance of <100Ω, the flooring effectively dissipates static charges, protecting sensitive electronic components and equipment from electrostatic discharge (ESD) damage.

  3. Chemical Resistance
    The epoxy resin matrix offers excellent resistance to acids, alkalis, solvents, and oils commonly found in industrial settings, ensuring long-term durability and minimal maintenance.

  4. Mechanical Strength
    The flooring exhibits high compressive strength (>80 MPa), tensile strength (>9 MPa), and flexural strength (>7 MPa), making it capable of withstanding heavy loads and impacts typical in precision instrument factories.

  5. Self-leveling and Seamless Finish
    The self-leveling nature of the epoxy resin ensures a flat, seamless surface that is easy to clean and maintain, eliminating dust accumulation and bacterial growth.

Application Scenarios

  • Precision Instrument Assembly Lines
    Provides a stable and safe working platform for assembling delicate components.

  • Cleanrooms and Laboratories
    Maintains a sterile environment by preventing dust and static buildup.

  • Electronic Component Storage Areas
    Safeguards sensitive parts from ESD events and physical damage.

  • Quality Control Stations
    Offers a consistent surface for accurate measurements and inspections.

Technical Specifications Table

 

Parameter Standard
Thickness 2-3 mm
(Shore Hardness) ≥80
(Abrasion Resistance) ≤0.02 g (weight loss)
(Compressive Strength) ≥80 MPa
(Flexural Strength) ≥7 MPa
(Tensile Strength) ≥9 MPa
(Surface Resistivity) <1.0×10Ω
(Ground Resistance) <100Ω
(Slip Resistance) COF ≥0.70 (dry), BPN ≥80 (wet)
(Curing Time) 24 hours (at 25°C)
(Service Life) 8-10 years

Installation Process

  1. Surface Preparation
    • Clean and remove debris, oil, and loose particles.
    • Repair cracks and uneven areas to ensure a flat, stable base.
  2. Primer Application
    • Apply a layer of epoxy primer to enhance adhesion and seal the substrate.
  3. Intermediate Coat
    • Spread epoxy mortar with quartz sand to fill voids and improve flatness.
  4. Conductive Layer Installation
    • Install a copper foil grid (1m x 1m spacing) and connect to the building's grounding system.
  5. Anti-static Topcoat
    • Apply the self-leveling anti-static epoxy topcoat, ensuring even coverage and bubble-free finish.
  6. Curing and Inspection
    • Allow 24 hours for curing at 25°C.
    • Conduct quality checks for surface uniformity, thickness, and electrical properties.

Maintenance and Precautions

  • Cleaning
    Use mild detergents and soft mops to avoid scratching the surface. Avoid abrasive cleaners.

  • Heavy Loads
    Distribute heavy equipment weight evenly to prevent localized stress.

  • Temperature Control
    Maintain ambient temperatures between 15°C and 35°C during installation and use.

  • Regular Inspections
    Check for wear, cracks, or electrical performance degradation annually.

Conclusion

The Anti-slip Epoxy Resin Anti-static Self-leveling Floor is a comprehensive solution for precision instrument factories, delivering superior performance in safety, durability, and functionality. With its advanced technical specifications and compliance with international standards, this flooring system ensures a reliable and efficient working environment for years to come. Invest in this high-quality flooring to safeguard your operations, protect your equipment, and enhance overall productivity.

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