Epoxy-coated antistatic flooring is an elevated floor type, and many companies now opt for it in room renovations for its ventilation and antistatic properties. Ceramic flooring, due to its higher thickness and longer lifespan, has become a favorable choice for many. Therefore, when purchasing antistatic flooring, it is crucial to learn how to differentiate the quality of ceramic surface antistatic flooring. Below, we outline several points on how to distinguish poor-quality flooring in the market.

(1) Poor-quality anti-static ceramic floor tiles often have uneven thickness, with the anti-static single board thickness being particularly inconsistent. The standard thickness for anti-static single boards must be 0.8mm/1.0mm/1.2mm/1.5mm, and in northern regions, it must be greater than 1.2mm. Insufficient thickness cannot maintain strength, leading to a higher risk of the anti-static floor tiles cracking.

(2) The beam wall thickness has been reduced from 0.8mm/1.0mm to 0.3mm and 0.4mm. Due to the excessive softness of the beam, the perimeter of the floor slab has lifted, which can also lead to severe issues such as collapse and fracturing of the floor slab.

(3) The steel plate thickness and tube wall thickness of the bracket have varied degrees of thinning, rendering it unable to support the structure. This has resulted in noise and even serious quality issues such as floor collapse and cracking.

(4) Static-dissipative single boards do not meet the static-dissipative standards, meaning the resistance of the static-dissipative system does not reach 1X10^5 to 1X10^9 ohms, resulting in the floor not being static-dissipative.

To combat substandard anti-static floor manufacturers' facilities and elevate the market status of our high-quality ceramic suspended floor series' anti-static floors, it is essential to enhance both consumer awareness and market regulation. This ensures that everyone has access to high-quality, cost-effective ceramic anti-static flooring.