Electrostatic Discharge (ESD) occurs when electricity suddenly flows between two charged objects due to contact, an electrical short, or dielectric breakdown. ESD can cause damage to electronic devices and components, making it a significant concern in industries that handle and manufacture electronic equipment. It also poses a serious threat of static shock to workers.[…]
Read MoreHospital floors endure continuous movement from foot traffic, wheelchairs, hospital beds, carts, and equipment. Hospitals are also held to high safety and sanitation standards to ensure the well-being of their patients. Strict health code requirements must be met to prevent the spread of disease, often including hygiene and infection control. Hospital flooring systems must therefore[…]
Read MoreLaboratories typically require flooring that can withstand high levels of foot traffic, repel chemical spills, and uphold a clean and sanitary environment. A safe and effective laboratory floor should typically have: Chemical Resistance Durability Non-Porous Surface Easy to Clean and Maintain Longevity and Cost Effectiveness Customisation options, such as Anti-Slip, Anti-Static & Heat Resistance Epoxy[…]
Read MoreElectrostatic Discharge (ESD) flooring projects are usually made from dissipative or conductive flooring systems. Dissipative systems prevent the build-up of static charge before it can become harmful. The material used for coating, surfacing, or flooring effectively dissipates electrostatic charge from individuals who walk across the floor. A more reliable anti-static system is conductive, which entails[…]
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