Custom ESD Rubber Table Mat 1.8mm-3mm Anti-static Green Grey Blue

ESD table mats are designed to drain static charges from items placed on their surface. They also protect the surface of ESD-sensitive devices from wear-and-tear. Made from durable materials, these ESD-safe mats are designed to be long-lasting while maintaining their antistatic properties.

• Highly wear-resistant with good toughness and bending resistance
• Double-layer composite structure with static dissipative surface and conductive bottom layer
• Excellent adhesion to table surfaces
• Anti-aging properties ensure long service life
• High temperature resistance (no discoloration at 300°C, no burning at 400°C)
• Low temperature performance (-30°C to 70°C without decomposition)

Electronic components or assemblies at risk from electrostatic discharges (ESD) are among those sensitive elements which can be destroyed or damaged if the permitted levels of current or impact energy are exceeded. These typically include semi-conducting components and thick- and thin-film construction elements, which are most often damaged through human mishandling.

A human can charge several thousand volts just by walking. While discharges can be felt by humans at approximately 2000-3000V, this current is already well above the tolerance level of many ESD components. Before implementing ESD-safe products, it's essential to establish an ESD-safe procedure according to ESD standards IEC 61340 or ANSI S2020, which form the foundation of ESD preventive protective work and quality assurance.

HerzESD strives to serve our customers better by offering correct and clear explanatory answers. We maintain this commitment even when it means contradicting more established but sometimes flawed market opinions.

At HerzESD, we pride ourselves on ensuring the only correct ESD solutions. To continue this vision, we work with reliable ESD manufacturers and suppliers. HerzESD is a solid partner, and together with our international partners, we remain vigilant regarding possible improvements or new solutions in tackling and controlling static electricity.