Esd flooring

ESD (Electrostatic Discharge) flooring is a highly specialized flooring system engineered to prevent the buildup and uncontrolled discharge of static electricity in sensitive industrial, commercial, and laboratory environments. Static electricity can damage delicate electronic components, interfere with precision operations, or even create fire hazards in certain environments. ESD flooring is designed to safely dissipate static charges to ground, ensuring protection for both personnel and sensitive equipment.

ESD floors are widely used in electronics manufacturing facilities, PCB assembly lines, laboratories, clean rooms, data centers, telecommunication facilities, pharmaceutical units, and automotive electronics assembly plants. These flooring systems provide a seamless, hygienic, and durable surface that is easy to clean and maintain, ensuring compliance with stringent industry standards and safety regulations.

The system works by integrating conductive or dissipative materials within the flooring, which guide static charges safely to grounding points. Depending on requirements, ESD flooring can be configured as fully conductive, semi-conductive (dissipative), or with localized grounding solutions. Advanced formulations allow resistance to wear, chemicals, oils, and mechanical stress, making the floor long-lasting even in high-traffic areas or under heavy machinery.

Why Choose Us

Static Control: Prevents electrostatic discharge and protects sensitive electronics.
Conductive & Dissipative Options: Available in ESD conductive and ESD dissipative variants.
Dust-Free & Hygienic: Seamless surface suitable for clean rooms and controlled environments.
Slip-Resistant: Provides safe and stable movement for workers.
Chemical & Oil Resistant: Resists oils, chemicals, and cleaning agents.
Durable & Long-Lasting: High resistance to wear and mechanical impact.
Improved Equipment Safety: Prevents downtime due to static-related damage.

Types

Conductive ESD Epoxy Flooring
Dissipative ESD Epoxy Flooring
ESD PU (Polyurethane) Flooring
ESD Vinyl Flooring Systems
ESD Hybrid Flooring Systems
ESD Self-Leveling Flooring
ESD High-Build Industrial Flooring
ESD Anti-Slip Flooring
ESD Clean Room Flooring
ESD Conductive Quartz Flooring

Applications

Electronic Manufacturing Units
PCB Assembly Areas
Clean Rooms
Server Rooms & Data Centers
Telecommunication Industries
Research Laboratories
Pharmaceutical Facilities
Automobile Electronics Assembly
Aerospace and Defense Facilities
Medical Device Manufacturing

Our ESD flooring installation involves a meticulous process that begins with comprehensive surface preparation to ensure optimal adhesion and performance. The installation includes application of specialized primers, conductive copper tape layout for grounding systems, base coat application, and specialized ESD topcoat finishing. Each step is carefully executed to create a seamless, uniform surface that meets both functional and aesthetic requirements.

We conduct thorough testing at multiple stages to verify proper conductivity, resistance values, and overall ESD performance. The installation process is designed to ensure compliance with international standards while providing durable, long-lasting static protection for sensitive environments.

Surface preparation with grinding and cleaning
Application of specialized ESD primer
Installation of conductive copper tape for grounding (for conductive systems)
Application of ESD base coat layer
Installation of specialized ESD topcoat
Conductivity and resistance testing
Final inspection and certification

Benefits

Static Control: Prevents electrostatic discharge and protects sensitive electronics.
Conductive & Dissipative Options: Available in ESD conductive and ESD dissipative variants.
Dust-Free & Hygienic: Seamless surface suitable for clean rooms and controlled environments.
Slip-Resistant: Provides safe and stable movement for workers.
Chemical & Oil Resistant: Resists oils, chemicals, and cleaning agents.
Durable & Long-Lasting: High resistance to wear and mechanical impact.
Improved Equipment Safety: Prevents downtime due to static-related damage.
Compliance with Standards: Meets international ESD safety standards and regulations.
Customizable Solutions: Available in various colors, textures, and thicknesses.
Easy Maintenance: Simple cleaning and maintenance preserve ESD properties.
Enhanced Productivity: Reduces equipment failures and production downtime.
Fire Safety: Reduces risk of static-induced sparks in hazardous environments.