Ceramic Steel Anti-static Raised Access Floor
Product Overview
Made of high-quality cold-rolled steel plates with a hollow core filled with high-strength cement, providing excellent structural stability and load capacity.
The surface is bonded with anti-static ceramic tiles, offering outstanding wear resistance, stain resistance, and easy maintenance.
The steel surface is coated with mineral powder spraying technology for enhanced durability and corrosion resistance.
Widely used in environments requiring anti-static protection and raised flooring systems, such as data centers, computer rooms, and control rooms.
Installation
After installation, the entire floor system remains stable, with surface flatness controlled within 3 mm, ensuring no vibration or movement.
Precisely cut panels maintain structural integrity and long-term performance.
All panels are removable and replaceable individually, allowing convenient maintenance and cable management while maintaining system stability.
Advantages
Higher fire resistance and wear resistance.
Flame-retardant, dustproof, anti-slip, rust-resistant, oil-resistant and chemical-resistant.
High-quality adhesive ensures strong bonding without bubbles or delamination.
Designed and tested according to high fire-resistance standards.
Strong and long-lasting anti-static performance with durable ceramic surface.
Full steel structure greatly enhances bending strength and load capacity.
Seamless edge sealing improves moisture resistance and structural stability.
Stable performance under various temperature and humidity conditions.
Frequently Asked Questions
What is a Ceramic Steel Anti-static Raised Floor?
A ceramic steel anti-static raised floor is a raised flooring system designed for technical environments such as data centers, computer rooms, control rooms, and substations.
It combines cold-rolled steel panels with anti-static ceramic surfaces to safely dissipate static electricity and protect sensitive electronic equipment.
Is Ceramic Steel Anti-static Flooring Suitable for All Data Centers?
This flooring system is suitable for most data centers and equipment rooms, especially where strong anti-static protection and load capacity are required.
However, factors such as data center size, rack layout, equipment density, and traffic flow should also be considered.
What is the Installation Process?
Prepare the subfloor to ensure it is clean, dry, and level.
Install adjustable pedestals and set them to the required height.
Lay the ceramic steel panels and secure them firmly.
Cut panels on site to fit around columns or obstacles.
Install accessories such as ramps, steps, and handrails.
Perform final inspection and testing to ensure compliance with safety standards.
