Anti static resin flooring for electrostatic control environments.
Anti-static flooring is used in instances where a build up of static electricity can become a danger to a workplace. Conductive flooring is used to neutralise this static build up and direct it away from the floor.
There are many reasons why an anti-static flooring system may be needed. When it comes to many manufacturing and industrial processes there can be a build up of static electricity which can lead to what is known as an ESD or ‘electrostatic discharge’ where the electricity moves from one conductive surface to another. This charge is known to cause fires, create heat or light and in some cases small explosions.
This is dependant on the types of material surrounding the static charge, in manufacturing where flammable substances may be used the consequences of this ESD could be a lot worse.
This static electricity can cause a risk to both the workers and the equipment which they use. For the neutralization of static charge in a larger area, such as a factory floor or workshop, antistatic systems may utilize electron emission effects neutralizing any electrically charged object.
Anti static resin flooring is specified in environments where the control of static electricity is critical to safety, product integrity or operational performance. These are typically areas where static discharge could damage equipment, disrupt processes or create a safety risk.
Common applications include:
In these environments, statically controlled flooring helps reduce the risk of electrostatic discharge, protecting both personnel and sensitive equipment while supporting safe and reliable operation.
The main consequences of static charge build-up are the risks surrounding workers and machinery. It is vital that if the statically controlled flooring is needed, it is professionally installed by flooring contractors with experience in that type of flooring system.
One of the less obvious consequences of static charge build-up is the cleaning problems which arise. This is especially prominent where materials, such as powder may adhere to the floor surface. Such situations may be created in instances where resin installed onto old concrete does not take into account the reduction of static controlled properties of that ground floor concrete.
Certain environments may call for the control of electrostatic build up to be achieved by a number of measures which support the use of a static controlled floor finish. This may include the use of wrist straps, specialist footwear, static controlled chairs, tables and work wear.
Installing an anti static resin flooring system requires careful preparation, correct materials and proper earthing to ensure long term performance. Below is an overview of the typical installation process.
Step 1 – Floor preparation
The existing substrate is mechanically prepared using methods such as shot blasting or diamond grinding. This removes contaminants and creates a suitable surface profile to ensure proper adhesion of the resin system.
Step 2 – Priming the substrate
Once preparation is complete, the floor is primed to seal the surface and provide a stable base for the conductive components of the system.
Step 3 – Installation of copper earthing tape
Copper earthing tape is installed in a grid pattern across the floor area. Care is taken to ensure the tape is correctly positioned and connected to designated earthing points.
Step 4 – Application of conductive primer
A conductive primer is applied over the copper tape. This layer allows static charges to be safely dissipated through the earthing system rather than building up on the surface.
Step 5 – Application of anti static resin coating
A self smoothing anti static resin coating is installed to form the finished floor surface. A range of colours and finishes are available depending on the specification and environment.
Step 6 – Earthing connection and testing
Once the flooring system has cured, a qualified electrician connects the earthing system to the building’s main earthing board. Electrical resistance testing is then carried out to confirm the floor meets anti static performance requirements.
After completion, guidance will be provided on curing times and when the floor can be safely trafficked.
Important Note: While the steps above outline a typical anti static flooring installation process, every site and environment is different. Factors such as substrate condition, area use, compliance requirements and electrical infrastructure can influence system design and installation methods.
For this reason, anti static flooring systems are always specified following a site assessment to ensure the correct materials, preparation methods and earthing arrangements are used. Our team will always advise on the most appropriate approach for your specific environment.
Anti static flooring plays a critical role in environments where uncontrolled static electricity could pose a risk to people, equipment or processes. By safely dissipating electrostatic charge through a conductive resin flooring system and correctly installed earthing, anti static resin flooring helps reduce the likelihood of electrostatic discharge in sensitive areas.
When specified and installed correctly, anti static flooring supports safer working conditions, protects delicate electronic equipment and helps maintain consistent operational performance. It is commonly used alongside other control measures such as specialist footwear, fixtures and workplace procedures as part of a wider electrostatic control strategy.
Because each site presents different risks and operational demands, anti static flooring systems must be designed around how the space is used, the materials involved and the level of electrostatic control required. This ensures the finished floor performs as intended over the long term.
At Monarch Resin Floors, we install anti static resin flooring systems across the UK for industrial, manufacturing and specialist environments. Our experience as resin flooring contractors allows us to assess each site individually and recommend flooring systems that meet both performance and compliance requirements.
Anti static flooring is not a one size fits all solution. Factors such as substrate condition, electrical infrastructure, traffic levels and environmental use all influence how the system should be designed and installed. We take these considerations into account during specification and installation to ensure the flooring system is fit for purpose and reliable.
With more than thirty years of experience in resin flooring installation, Monarch provides practical advice, professional installation and long term solutions for environments where electrostatic control is essential.
If you would like advice on anti static flooring for your site, our team can provide free technical guidance and help you determine the most appropriate system for your environment.
We would love to speak with you about your resin flooring project.
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We never pass on any of your information to third parties and will only get in touch about the flooring project your enquiring about.
We never pass on any of your information to third parties and will only get in touch about the flooring project your enquiring about.