Ceramic Raised Anti-Static Flooring Buying Guide

Ceramic raised floor panels with anti-static properties have gradually moved from computer rooms and data centers into offices and homes due to their fireproof, moisture-proof, and stable anti-static characteristics. When choosing from the various products on the market, selecting accurately requires focusing on key indicators and avoiding quality traps.

Thickness is the fundamental guarantee for load-bearing. The industry's mainstream specifications are 40mm and 45mm, and these thicknesses have been validated through load tests to meet the needs of most scenarios. If the floor panel is too thin, long-term load bearing may cause deformation and could also affect the stability of the anti-static coating, creating safety risks.

Appearance inspection holds the secret to quality. High-quality products have steel shells with evenly coated surfaces without pinholes to prevent rust; the internal cement filling must be compact and void-free—tapping with a small hammer should produce a solid sound; the surface ceramic layer should be smooth and flat, without scratches or color differences, and there should be no unevenness when running your fingers across it.Structural components cannot be ignored. Ceramic floor panels are much heavier than ordinary flooring, so supporting brackets and crossbeams must be reinforced, and welding points on the brackets must be secure.

When purchasing, check the thickness specifications of components to ensure their load-bearing capacity matches the floor panels, preventing issues such as sinking after installation.Accurate measurements prevent installation hazards. Measure the diagonal length of the ceramic panels on-site, keeping errors within 2mm, and check the fit between the ceramic panels and the steel shell; the gaps around the edges should be uniform. These details directly determine the installation quality and help avoid problems such as uneven gaps and surface height differences.