At MCG Epoxy Coatings Limited, we provide specialist anti-static flooring systems for environments where controlling electrostatic discharge is an important part of protecting people, equipment and day-to-day operations.
Working throughout Lancashire and the wider North of England, we install high-performance resin flooring systems designed for commercial, industrial and specialist environments. Anti-static flooring can be particularly valuable in facilities containing sensitive electrical equipment, electronic components, volatile materials, or processes that may be disrupted by an uncontrolled build-up of static electricity.
We install specialist resin flooring systems designed to control and dissipate electrostatic charge while also providing the durability expected from a high-quality industrial floor. Depending on the requirements of the premises, suitable systems can include:
Anti-Static Epoxy Flooring – Epoxy resin can be incorporated into an electrostatic control flooring system to provide a strong, seamless and hard-wearing finish. These systems are particularly suitable for environments requiring both mechanical strength and controlled electrical resistance, including electronics manufacturing, engineering facilities and specialist production areas.
Static-Dissipative Resin Flooring – Static-dissipative systems are designed to allow electrical charge to move safely across and away from the floor rather than accumulating on the surface. They can be used in laboratories, pharmaceutical facilities, healthcare environments and areas containing sensitive electronic equipment where electrostatic discharge needs to be carefully managed.
Conductive Flooring Systems – Where more stringent electrostatic control is required, conductive resin flooring can form part of a carefully designed ESD control system. These floors provide a controlled path for electrical charge and are frequently considered in specialist manufacturing, aerospace, electronics, cleanroom and other technically demanding environments.
Correct installation is essential when fitting anti-static flooring, as the performance of the system depends on much more than the visible resin finish. At MCG Epoxy Coatings Limited, we carefully assess, prepare and install each system according to the requirements of the individual project.
Site Assessment: We begin by examining the existing substrate and discussing how the area is used. Factors including equipment, traffic, contamination, operating conditions and the required level of electrostatic control are considered before an appropriate flooring system is selected.
Surface Preparation: The existing floor is mechanically prepared using suitable methods such as diamond grinding or shot blasting. Weak surface material, previous coatings and contaminants must be correctly addressed to provide the strong bond required for a reliable resin flooring installation.
Earthing and System Installation: Anti-static flooring systems may incorporate conductive components and earthing points to provide a controlled route for electrical charge. These elements are installed in accordance with the flooring specification before the main resin layers are applied.
Final Application and Testing: Once the system has been installed and cured, the floor can be finished according to the requirements of the area. Depending on the specification, appropriate electrical resistance testing may also be undertaken to confirm that the completed flooring system performs as intended.
Anti-static and ESD flooring can be beneficial across a wide variety of industries. Electronics and semiconductor facilities often require controlled environments to protect sensitive components during manufacturing and assembly. Aerospace and engineering businesses may use sophisticated electrical equipment that needs protection from electrostatic discharge, while pharmaceutical manufacturers, laboratories and cleanrooms can also require flooring with specific electrical properties.
Healthcare facilities, medical technology environments, data and communications areas, automotive electronics operations, and specialist manufacturing facilities may all benefit from anti-static flooring where electrostatic control forms part of the operational requirements. The correct system will depend on the activities taking place within the area, which is why the flooring specification should always be matched to the individual site.
Choosing MCG Epoxy Coatings Limited means working with a flooring contractor that understands the importance of correct preparation, product selection and careful installation. Anti-static flooring is a specialist solution, and every component of the system needs to work together if the finished floor is to provide the required performance. We take the time to understand the purpose of the space before recommending a flooring system. From preparing the existing substrate and installing the necessary conductive elements through to applying the resin and completing the final finish, our team maintains close attention to detail throughout the project.
For businesses throughout Lancashire and the North of England, we provide high-quality flooring solutions for a broad range of industrial, commercial and technically demanding environments. Whether you operate in electronics, aerospace, pharmaceutical production, healthcare, engineering or specialist manufacturing, we can help determine whether an anti-static flooring system is appropriate for your facility.
Anti-static flooring is a specialist flooring system designed to control the build-up and movement of electrostatic charge across a floor. It is used in environments where uncontrolled static electricity could damage sensitive equipment, affect manufacturing processes, or create other operational risks. Resin systems can be incorporated into an anti-static flooring specification alongside conductive components and earthing points, allowing electrical charge to be controlled and safely dissipated.
Conductive and dissipative flooring both control electrostatic charge, but they provide different levels of electrical resistance. Conductive flooring has lower electrical resistance, allowing charge to move away from the surface through a controlled path at a faster rate. Dissipative flooring has higher resistance, allowing the charge to move away more gradually. The appropriate system depends on the level of electrostatic control required, the equipment being protected, and the requirements of the facility.
ESD flooring can be highly suitable for electronics manufacturing facilities where electrostatic discharge could damage sensitive components or interfere with production processes. A correctly specified system helps control static charge and provides a defined route for it to dissipate. Resin ESD flooring can also provide a durable, seamless surface that is suitable for areas exposed to regular foot traffic, equipment movement, and routine cleaning. The flooring specification should be based on the electrical requirements and processes within the facility.
Yes, anti-static flooring can be used in pharmaceutical facilities where controlling electrostatic discharge forms part of the operational requirements. Resin systems can provide a seamless surface that is straightforward to clean, while the electrical properties can be specified according to the needs of the facility. Anti-static flooring may be suitable for areas such as laboratories, cleanrooms, production areas, and storage facilities where sensitive equipment or processes are present. The flooring system should be selected alongside the facility’s hygiene, cleaning, safety, and electrical requirements.
Anti-static flooring can be beneficial in data centres because these facilities contain sensitive electronic equipment that may be affected by uncontrolled electrostatic discharge. An appropriate ESD flooring system can help control static charge and form part of the wider measures used to protect equipment and maintain a controlled operating environment. The floor should be specified according to the data centre’s electrical, operational, access, and maintenance requirements, with suitable testing carried out to confirm that the completed system provides the required electrical performance.
