ElectroShield: A Self smoothing, epoxy based Electro Static Discharge (ESD) flooring system available in conductive or dissipative options. Designed for use in food, pharmaceutical, and electronics industries.
In today’s world, many industries depend on sensitive electronic equipment. Even a small static shock can damage machines, corrupt data, or stop work. This is where electrostatic dissipative flooring plays a very important role.
Electrostatic dissipative flooring controls static electricity safely. Instead of allowing sudden discharge, it releases static energy slowly into the ground. This helps protect people, machines, and products from hidden electrical risks.
This type of flooring is widely used in electronics, pharmaceuticals, data centers, laboratories, clean rooms, and manufacturing plants where static control is critical.
Electrostatic dissipative flooring is a static control flooring system designed to reduce and control electrostatic charge. It prevents static buildup and safely transfers energy to earthing points.
This flooring maintains electrical resistance within a safe range. It allows static energy to flow slowly to the earth, avoiding sparks or shocks.
In simple words, it protects both humans and machines from unwanted static electricity.
Electrostatic dissipation flooring works by controlling how electricity moves. It does not block electricity fully, and it does not release it suddenly.
Instead, it gently guides static charge through conductive layers into grounding points.
This controlled process helps prevent damage to sensitive electronic components and avoids uncomfortable electric shocks for workers.
Many people confuse ESD flooring with anti static floor systems. While both deal with static electricity, they work differently.
An anti static floor reduces static buildup on the surface. It is useful in areas with low static risk but does not always provide grounding.
Electrostatic dissipative flooring offers a safer and more controlled solution. It actively transfers static charge to the ground, making it ideal for high-risk environments.
Electronic components can fail due to even minor static discharge. ESD flooring protects machines, tools, and delicate circuits from invisible damage.
Static shocks may not always be dangerous, but they can be uncomfortable and distracting. Electrostatic dissipation flooring improves worker comfort and safety.
In industries like electronics and pharmaceuticals, static control helps maintain product integrity and reduces costly rejects.
Floorkrete offers high-performance electrostatic dissipative flooring systems developed for demanding environments. Each product is designed for durability, reliability, and consistent static control.
FloorThane Electroshield ULD 5411 is a polyurethane-based electrostatic dissipative flooring system.
It offers excellent flexibility, abrasion resistance, and long-term static control.
This system is ideal for areas with continuous foot traffic where comfort and static safety are both important.
Electroshield ELC-5406 is an epoxy-based ESD flooring solution designed for heavy-duty industrial use.
It provides a seamless, strong surface with excellent resistance to chemicals, impact, and wear.
This flooring system is well-suited for electronics manufacturing units and clean environments.
FloorThane Electroshield UD 5410 is a durable electrostatic dissipative polyurethane flooring system.
It combines static control with mechanical strength, making it suitable for production areas, laboratories, and controlled zones requiring long service life.
ESD static control flooring is essential in environments where static electricity can cause serious problem:
Circuit boards, chips, and micro-components are highly sensitive to static electricity.
Static discharge can interrupt data flow and damage expensive servers.
Maintains hygiene while controlling static electricity.
Accurate testing depends on a stable, static-free environment.
The flooring maintains resistance within a safe range to ensure proper dissipation.
Most ESD flooring systems are seamless, preventing dust and dirt accumulation.
These floors withstand heavy machinery, trolleys, and regular cleaning.
When installed correctly, electrostatic dissipation flooring offers stable performance for many years.
Protects high-value machines and electronics.
Workers can focus on tasks without worrying about static shocks.
Lower repair costs and fewer rejected products lead to long-term savings.
Proper surface preparation ensures strong bonding and long-lasting performance.
A conductive primer is applied to help control electrical flow.
The electrostatic dissipative flooring layer is applied evenly to achieve uniform resistance.
Grounding points are connected, and resistance levels are tested to meet ESD standards.
Use approved cleaning agents that do not affect electrical resistance.
These materials may block static flow and reduce performance.
Routine testing ensures the flooring continues to meet ESD requirements.
It is commonly used in electronics units, data centers, laboratories, clean rooms, and pharmaceutical facilities.
Anti static flooring reduces surface static, while electrostatic dissipative flooring safely transfers static energy to the ground.
Yes, it is designed to handle regular foot traffic, equipment movement, and routine cleaning.
With correct installation and maintenance, it provides long-term static control for many years.
Installing electrostatic dissipative flooring requires technical expertise. Proper material selection, grounding, and testing are critical for performance.
A professionally designed ESD flooring system ensures long-term safety, compliance, and durability.
Static electricity may not be visible, but its impact can be costly. Equipment damage, safety risks, and production losses are common problems.
With advanced solutions like FloorThane Electroshield ULD 5411, Electroshield ELC-5406, and FloorThane Electroshield UD 5410, Floorkrete offers reliable protection for sensitive environments.
Choosing the right electrostatic dissipative flooring is not just about flooring. It is about safety, performance, and long-term reliability.
