ESD Mats & Accessories

Antistatic or ESD Mats have a high electrical resistance, which allows the electrostatic discharge to “flow” across the surface of the mat at a slow rate – enough to get the ESD away from your electronics, while at the same time neutralizing what little charge inevitably does build up.

1. Lay your ESD Table Mat on your workbench for general electronics assembly. If you are soldering or working with chemicals, ESD rubber mats are your best choice.  If your ESD mat is curled or rolled upon receipt, putting it outside in the sun will help it lay flat. The mat protects both the user and the component from static electricity by providing a route to the ground for static build-up.
2. Connect your ESD Common Point Ground Cord to the ground snap attached to your table mat.  Connect the ring terminal of your ground cord to a nearby grounding receptacle.  This is most easily accomplished by placing the outlet cover plate screw through the ring terminal.
3. Put on your ESD wristband and plug the coil cord banana plug into the receptacle of the common point ground. The Wristband connects the user to the Coil Cord. The Coil Cord attaches the Wristband to the Common Point Ground Wire. The coils allow for easy movement.
4. Lay your ESD Floor Mat in front of your workbench. The mat protects the user from static electricity by providing a route to the ground for static build-up.
5. Connect your Low Profile ESD Ground Cord snap to the ground snap on your floor mat.  Connect the ring terminal to a nearby grounding receptacle as described in step 2. Wear ESD Heel Straps when standing on the ESD floor mat, fitted to the user’s shoes to connect them to the mat. We opted to omit as long as safety shoes are worn.

The male stud is incorporated into the mat and attaches the Floor Mat with the Floor Mat Grounding Wire. The Floor Mat Grounding Wire connects the Male Stud to the Earth Bonding Plug. The earth bonding plug fits into a wall socket and is connected to the floor mat grounding wire via a stud.

Remember, keep only static-safe products in or near your workstation.  Any insulators or static generators should be removed from your work area or replaced with similar items that are static safe.

Yes, ESD mats must be properly grounded to function effectively.

An ESD mat works by providing a controlled path for static electricity to flow to earth. Without a grounding connection, this pathway is incomplete, and static charge cannot be safely dissipated.

To ensure correct performance:

• ESD mats should be connected to a verified grounding point
• Appropriate accessories, such as grounding cords and common grounding points should be used
• Regular testing should be carried out to confirm the system is functioning within the required resistance range

Without grounding, an ESD mat may still reduce some static build-up, but it will not provide reliable protection for sensitive components or meet the requirements of a static-safe workspace.

Use an ohmmeter or multimeter to determine if there is conductivity between the metal part of the wrist strap and the end part where you connect it to the ground. You should see some measurable resistance (indicating good conductivity) if the strap is functioning correctly.

1. Adjust the elastic band to the size of your wrist
2. Place the wristband over your hand and tighten, ensuring the woven silver monofilaments are touching the skin
3. Connect the cord onto the wristband’s stud
4. Fit the other end of the cord into the stud on the ESD bench Mat

An ESD mat (Electrostatic Discharge mat) is a specially designed surface that safely dissipates static electricity to protect people, components, and equipment from electrostatic discharge. ESD mats control static build-up and provide a grounded, low-resistance pathway for safe discharge.

Engineering facilities—especially those working with electronics, circuitry, testing equipment or assembly lines—generate static through movement, materials and machinery. ESD mats for engineering provide a controlled path to ground, reducing the risk of component failure, data loss, or costly downtime caused by static discharge.

The ESD mat resistance range determines how effectively a mat can control and dissipate static electricity. Too low causes rapid discharge; too high stops dissipation entirely.

ESD mats for electronics manufacturing are critical because they safely dissipate static charges that can damage sensitive electronic components. Even a tiny electrostatic discharge can corrupt data, destroy circuitry or halt production, making proper static control essential.

An ESD grounding system safely directs static electricity away from people, equipment and flooring. It connects ESD mats and workstations to a verified earth point so any electrostatic charge can disperse in a controlled, compliant way.

A ground cord connects your ESD floor mat to earth, allowing static to flow away safely. It ensures the mat maintains the correct resistance levels and performs as part of your wider ESD control system.

A Common Ground Point is a single, designated location where all ESD control products in an area are connected. It helps create a consistent grounding path and ensures your flooring, benches and accessories work together as one system.

ESD mats reduce static generation on their own, but they can’t safely dissipate charge unless they’re correctly grounded. To meet compliance and protect sensitive electronics, grounding is essential.