Conductive ESD Flooring in Bangladesh

Description

Conductive ESD Flooring: Ducrete MF ESD/Dupoxy SL ESD

Electrostatic discharge (ESD) can cause serious damage to sensitive equipment, disrupt operations, and pose safety risks in industrial and healthcare environments. Ducon Construction Chemical Industries Ltd. offers Ducrete MF ESD and Dupoxy SL ESD, advanced conductive flooring solutions designed to prevent static build-up and ensure safe, controlled dissipation of electrostatic charges. These conductive epoxy flooring systems provide durable, high-performance protection for industries where ESD protection is critical.

Features

The primary technical characteristics of these ESD flooring systems include:

Self-levelling conductive epoxy flooring for a smooth, uniform surface.
High load-bearing capacity, suitable for industrial environments.
Available in customizable colours, including Gerflor conductive flooring alternatives.
Excellent resistance to abrasions, chemicals, and moisture.
Easy application with conductive flooring adhesive.

Benefits

Deploying these anti-static systems ensures key operational advantages:

Prevents electrostatic damage, ensuring the safety of sensitive equipment.
Offers high durability and chemical resistance for long-term performance.
Seamless, smooth, and hygienic surface ideal for clean environments.
Provides excellent conductivity for effective ESD control.
Compatible with conductive flooring adhesive for strong adhesion.
Meets international ESD and anti-static flooring standards.
Available in various finishes, including conductive vinyl flooring options.
Reduces contamination risks, making it ideal for healthcare and electronics.
Low maintenance and easy to clean compared to non-conductive flooring.
Customizable with different resistance levels based on application needs.

Usages Area

These systems are explicitly designed for spaces requiring static control and high durability:

1. Healthcare & Medical Facilities

Conductive flooring for hospital operating rooms
Pharmaceutical and biotechnology cleanrooms

2. Technology & Manufacturing Sectors

Semiconductor and electronics manufacturing plants
Data centers and server rooms
Aerospace and automotive industries

3. Specialized & High-Risk Environments

Military and defence facilities
Research laboratories and chemical processing plants
Printing and packaging industries
Areas requiring anti-static conductive flooring for explosion risk mitigation

Additional information

Weight	20 kg
Application Process	Installing a conductive ESD floor requires meticulous attention to detail to ensure safety. The team starts by evaluating the concrete, smoothing it out via mechanical grinding, and patching up cracks with a specialized mortar. Next, a specialized conductive primer is applied to establish adhesion and jumpstart the anti-static path. The crucial step follows: embedding an interconnected copper tape grid linked directly to a grounding point. Afterward, the thick polyurethane or epoxy body coat is laid down evenly. To wrap it all up, a dedicated conductive topcoat seals everything in, locking down long-lasting static protection.

Weight

20 kg

Application Process

Installing a conductive ESD floor requires meticulous attention to detail to ensure safety. The team starts by evaluating the concrete, smoothing it out via mechanical grinding, and patching up cracks with a specialized mortar. Next, a specialized conductive primer is applied to establish adhesion and jumpstart the anti-static path. The crucial step follows: embedding an interconnected copper tape grid linked directly to a grounding point. Afterward, the thick polyurethane or epoxy body coat is laid down evenly. To wrap it all up, a dedicated conductive topcoat seals everything in, locking down long-lasting static protection.