T/CEIA ESD1005-2022 Anti-static and non-flammable flooring construction and quality acceptance specifications

Scope

Scope: This document specifies the terms, definitions, technical requirements, construction (material components, design, grounding requirements), quality acceptance, daily maintenance, and testing methods for anti-static and non-sparking flooring. 1 Scope This document applies to anti-static and non-sparking flooring in flammable and explosive environments, such as petroleum, chemical, weaponry, pharmaceutical, liquor, fireworks, aerospace, and electronics industries, as well as areas with explosive dust, flammable liquids, flammable and explosive gases, explosives, self-igniting items, and moisture-sensitive flammable materials. This includes but is not limited to: anti-static and non-sparking fine aggregate concrete flooring (concrete flooring, cement mortar flooring, wear-resistant hardened flooring), terrazzo flooring, ceramic tile flooring, and epoxy mortar flooring (polyurethane mortar flooring). Specifications for the Construction and Quality Acceptance of Anti-static and Non-sparking Flooring This document does not address the performance requirements of non-anti-static or non-non-sparking flooring. Main Technical Content: Anti-static and non-sparking flooring is now widely used in petroleum, chemical, weaponry, pharmaceutical, liquor, fireworks, aerospace, electronics, civil explosives, light industry, railways, shipping, and commercial sectors with fire and explosion prevention needs. It applies to the flooring of new, renovated, or expanded civil and industrial buildings. The anti-static and non-sparking performance of flooring is a measure of its ability to prevent electrostatic discharge and resist flammable explosions. Only when both of these performances are achieved can the flooring fully play its role in fire and explosion prevention and anti-static protection. This standard, based on existing relevant technical specifications and standards in China, not only integrates the two performances of anti-static and non-sparking, but al

Development Information

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