Dielectric flooring services

Dielectric Flooring is a highly specialized flooring system engineered to provide maximum electrical insulation and safety in high-voltage, electrical, and industrial environments. Designed to prevent electrical shocks, leakage currents, and electrostatic hazards, this flooring ensures a non-conductive and safe working surface for personnel and sensitive equipment.

Our dielectric flooring solutions are widely adopted in power plants, electrical substations, transformer rooms, high-voltage testing labs, battery storage areas, and data centers. They offer superior dielectric strength, chemical resistance, thermal stability, and mechanical durability, making them ideal for environments exposed to sparks, electrical arcs, heavy machinery, and industrial chemicals.

Dielectric flooring is not just about electrical safety—it also enhances operational efficiency by providing a seamless, easy-to-clean surface that reduces maintenance efforts and downtime. Its heavy-duty construction ensures long-term performance, even under continuous foot traffic, equipment movement, and mechanical stresses.

Why Choose Us

High Electrical Insulation: Prevents shocks and leakage currents, safeguarding personnel and equipment.
Non-Conductive Surface: Essential for electrical safety zones, reducing the risk of accidents.
Heat & Arc Resistance: Can withstand sparks, electrical arcs, and high temperatures.
Chemical & Oil Resistance: Ideal for industrial areas with exposure to chemicals, oils, or cleaning agents.
Durable & Heavy Duty: Designed for high-traffic areas and heavy equipment loads.
Slip Resistant: Provides a safe walking surface for operators and technicians.
Seamless & Hygienic: Easy to clean, dust-free surface suitable for controlled environments.
Low Maintenance: Long-lasting performance with minimal upkeep.
Customizable Thickness: Flooring can be tailored to site-specific voltage, load, and safety requirements.

Types

Epoxy Dielectric Flooring
Polyurethane (PU) Dielectric Flooring
Composite Dielectric Flooring Systems
High-Voltage Insulation Flooring
Chemical-Resistant Dielectric Flooring
Thermal-Stable Dielectric Flooring

Applications

Electrical Substations & Control Rooms
Power Plants & Transformer Rooms
High Voltage Testing Laboratories
Battery Storage Rooms & UPS Areas
Server Rooms & Data Centers
Industrial Electrical Panel Areas
Manufacturing Units with High-Voltage Equipment
Maintenance Workshops handling Electrical Systems
Telecommunication Equipment Rooms
Research & Development Facilities

Our dielectric flooring installation follows a meticulous process to ensure maximum electrical insulation and safety. We begin with thorough site assessment to determine voltage requirements, load factors, and environmental conditions. The process includes specialized surface preparation, application of high-insulation primers, and installation of dielectric coatings with precise thickness control.

We adhere to strict quality standards and conduct comprehensive testing to verify dielectric strength, ensuring the flooring meets or exceeds safety regulations for high-voltage environments.

Mechanical surface grinding and cleaning to prepare a smooth, debris-free base
Filling cracks and leveling uneven surfaces for uniform application
Application of high-insulation primer for maximum dielectric protection
Installation of dielectric epoxy or polyurethane coatings tailored to site-specific voltage and load requirements
Final inspection and testing to ensure compliance with dielectric strength standards and safety regulations

Benefits

Electrical Safety: Provides high dielectric strength to prevent electrical accidents.
Personnel Protection: Creates a safe working environment in high-voltage areas.
Equipment Protection: Prevents electrical damage to sensitive machinery and devices.
Chemical Resistance: Withstands exposure to industrial chemicals and cleaning agents.
Thermal Stability: Maintains performance under temperature variations.
Durability: Long-lasting even under heavy equipment loads and foot traffic.
Hygienic Surface: Seamless, non-porous, and easy to clean and maintain.
Slip Resistance: Reduces accident risks in industrial environments.
Customizable: Can be engineered to meet specific voltage and load requirements.
Compliance: Meets international safety standards and regulations.