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Views: 0 Author: Site Editor Publish Time: 2025-09-12 Origin: Site
Ceramic raised flooring is a modular access flooring system composed of a high-strength steel shell structure, a cement filling layer, and a surface ceramic finish. It utilizes high-quality anti-static ceramic as the surface layer, which is integrated with an internal conductive layer through specialized processes to form a stable anti-static functional structure. The system is assembled using support pedestals and crossbeams to create an elevated space, providing flexible spatial solutions for modern buildings or data centers while offering multiple functions such as static electricity protection, load-bearing, cable management, and decoration.
The ceramic surface layer meets Class A fire rating standards, making it completely non-combustible and suitable for high-level fire safety requirements.
Surface resistance remains stable between 10^6 and 10^9 Ω, unaffected by environmental temperature or humidity, ensuring reliable and long-lasting static protection.
Available in a wide variety of colors and patterns, with high dimensional accuracy and seamless joints, providing an attractive decorative effect.
Superior Wear Resistance: The ceramic surface has a Mohs hardness of 7 or higher, offering a significantly longer service life compared to ordinary laminated flooring.
The dense surface prevents dust accumulation, and daily cleaning requires only simple wiping without the need for waxing.
Free from formaldehyde emissions, complying with green building material standards.
The steel shell and cement filling ensure high load-bearing capacity and effective weight distribution.
Anti-static ceramic flooring completely addresses common issues such as warping, cracking, and difficulty in cleaning associated with traditional HPL and PVC surfaces, making it the preferred upgraded product for data centers, cleanrooms, and other specialized environments.
Carefully examine the uniformity and smoothness of the steel shell’s spray coating, ensuring no missed spots or bubbles. Check the glossiness and flatness of the ceramic surface; high-quality products should show no obvious color differences or defects.
Gently tap various parts of the ceramic surface with a finger or small hammer. A hollow sound indicates poor adhesion between the ceramic layer and the base, which may lead to cracking during use.
Measure the diagonal length of the ceramic panel; the difference should be less than 1 mm. Inspect the alignment between the ceramic surface and the steel shell edge; uneven gaps will affect the installation quality.
Ensure that the supporting pedestals are specifically designed for heavy-duty use (typically with a thickness of no less than 1.2 mm). Ceramic flooring is relatively heavy and requires reinforced pedestals and crossbeams to guarantee load-bearing safety.
Request product test reports from suppliers, focusing on key indicators such as fire rating, anti-static performance, and load-bearing capacity.
Anti-static ceramic raised flooring does not require waxing. Its anti-static functionality is achieved through a permanent conductive glaze, and waxing could disrupt the continuity of the conductive layer, compromising its anti-static effectiveness. For daily cleaning, simply use a neutral cleaner and a slightly damp mop.
It is important to note that there are two types of ceramic raised flooring on the market: one is a professional-grade product with permanent anti-static functionality, while the other is a standard ceramic surfaced raised flooring (without anti-static properties). The latter is primarily used for cable management and elevating floor levels. When selecting a product, it is essential to clarify the intended application and choose the appropriate type accordingly.
For non-anti-static ceramic raised flooring, while waxing is theoretically possible, it is generally not recommended due to practical and economic considerations. Ceramic itself offers excellent wear resistance and ease of cleaning, and waxing does not provide significant additional protection.
When selecting ceramic raised flooring, it is advisable to choose products that meet the specific requirements of the intended environment (e.g., anti-static等级, load-bearing needs, cleanliness standards). Professional installation teams should be employed to ensure the system’s overall performance meets design specifications.
