Ceramic Anti-Static Floor: A Comprehensive Guide
The ceramic anti-static floor (also call Ceramic ESD Raised Floor)is a sustainable flooring solution designed to offer superior protection against electrostatic discharge (ESD) while also being conscious of environmental impact. Made from eco-friendly materials, this type of flooring is durable, easy to maintain, and highly resistant to the challenges posed by industrial environments. It’s ideal for facilities like electronics manufacturing plants, cleanrooms, laboratories, and other spaces where electrostatic control and environmental sustainability are top priorities.
In this comprehensive guide, we will cover the fault analysis, packaging information, usage recommendations, and packaging specifications for the environmentally friendly ceramic anti-static floor. Whether you are considering it for a new facility or as a replacement for your current flooring, this article will provide all the information needed to make an informed decision.
Introduction
Key Features and Benefits of Ceramic Anti-Static Floor
Fault Analysis and Troubleshooting
Common Faults
Cause and Solutions
Packaging Information
Packaging Type and Dimensions
Weight and Quantity per Box
Usage Recommendations
Ideal Environments
Installation Tips
Cleaning and Maintenance
Packaging Specifications
Conclusion
The ceramic anti-static floor combines advanced ceramic technology with sustainable materials, offering an ideal solution for environments where both durability and electrostatic control are critical. This floor is designed not only to protect sensitive electronic equipment from ESD but also to be a responsible choice for those looking to minimize their environmental footprint.
Manufactured from natural materials and sustainable production practices, the flooring does not compromise on performance or safety. It can withstand heavy foot traffic, resist chemical exposure, and offer long-term protection against static charges, making it the perfect choice for high-demand industries.
The ceramic anti-static floor is made from sustainably sourced ceramic materials. This ensures that it has a minimal environmental impact during both production and disposal. By choosing this flooring, businesses contribute to reducing the overall environmental footprint of their operations.
The primary feature of this flooring solution is its anti-static properties. It prevents the accumulation of static charges, which could potentially damage sensitive electronic equipment in environments like electronics manufacturing, data centers, or cleanrooms. The floor works by safely dissipating static electricity, preventing any damage from electrostatic discharge (ESD).
Ceramic flooring is renowned for its durability and long life cycle. Resistant to wear and tear, as well as to heavy loads and traffic, this flooring is perfect for high-traffic industrial and commercial environments. It is also resistant to corrosion, making it ideal for use in harsh environments where chemicals or liquids may be present.
The ceramic anti-static floor is relatively easy to clean and maintain. It requires regular sweeping and periodic mopping with non-abrasive cleaning agents. Since the flooring is resistant to chemicals, it can withstand exposure to industrial cleaners and harsh substances, ensuring its longevity.
Ceramic floors, particularly those designed with eco-friendly materials, often have better energy efficiency properties compared to other flooring options. By maintaining a stable temperature, these floors contribute to better overall thermal management in industrial facilities.
Even with the best quality flooring, issues may arise during installation or use. Here are some common faults you may encounter:
Uneven Surface: After installation, the floor may have uneven spots, which could affect its performance and the installation of sensitive equipment.
Cracks or Chips: Impact or heavy machinery may cause cracks or chips in the ceramic surface.
Static Build-up: If the anti-static properties are not functioning correctly, this can lead to static build-up, which could damage electronic devices.
| Fault | Possible Causes | Solutions |
|---|---|---|
| Uneven Surface | Incorrect installation or poor subfloor preparation | Ensure proper subfloor preparation and leveling. Consult professional installers if needed. |
| Cracks or Chips | Heavy impact, machinery, or dropped objects | Repair with ceramic floor filler. If damage is extensive, consider professional resurfacing or replacement. |
| Static Build-up | Faulty anti-static properties due to surface contamination or wear | Clean the surface with a mild anti-static solution. If issue persists, consult the manufacturer for advice. |
| Discoloration or Stains | Exposure to harsh chemicals or improper cleaning methods | Use mild cleaners and follow proper maintenance. Avoid using harsh chemicals that can affect the ceramic surface. |
The environmentally friendly ceramic anti-static flooring is typically shipped in various packaging formats depending on the size and type of tiles ordered. Here’s a general breakdown of packaging details:
| Packaging Type | Tile Dimensions | Weight per Box | Tiles per Box |
|---|---|---|---|
| Small Tiles (30x30 cm) | 30x30 cm | 25 kg | 12 tiles per box |
| Medium Tiles (60x60 cm) | 60x60 cm | 50 kg | 6 tiles per box |
| Large Tiles (90x90 cm) | 90x90 cm | 75 kg | 4 tiles per box |
The weight of the boxes varies depending on the size of the tiles, with the larger tiles being heavier. Each box is carefully packed with sturdy materials to ensure that the tiles are not damaged during transportation. The tiles are secured within the box to prevent movement and breakage.
The ceramic anti-static floor is perfect for environments where both durability and ESD protection are essential. Common applications include:
Electronics Manufacturing: Protect sensitive equipment and ensure a safe working environment.
Data Centers: Prevent static build-up that could cause damage to servers and other electronic devices.
Laboratories: Ensure a safe, clean environment for scientific experiments.
Cleanrooms: Maintain a static-free, environmentally controlled atmosphere.
Surface Preparation: Ensure that the subfloor is clean, dry, and level before installation to prevent any issues with adhesion or unevenness.
Tile Placement: Lay tiles in a staggered pattern for a more stable and aesthetically pleasing surface.
Adhesive: Use high-quality adhesive designed for ceramic floors. Ensure the adhesive is compatible with both the ceramic and the subfloor material.
Daily Cleaning: Sweep or vacuum the floor to remove dust and debris.
Weekly Cleaning: Mop the floor with warm water and a mild, non-abrasive cleaner.
Monthly Deep Cleaning: Apply an anti-static cleaning solution to maintain the floor’s ESD protection. For heavy stains, use a ceramic-friendly stain remover.
The ceramic anti-static floor tiles are packed securely to ensure safe delivery. Each box of tiles includes clear handling instructions to minimize damage during shipping and installation. Special care is taken to protect the tiles from breakage by using sturdy, high-quality packaging materials.
| Packaging Type | Dimensions | Weight per Box | Quantity per Box |
|---|---|---|---|
| Small Tiles (30x30 cm) | 31x31x15 cm | 26 kg | 12 tiles per box |
| Medium Tiles (60x60 cm) | 61x61x15 cm | 51 kg | 6 tiles per box |
| Large Tiles (90x90 cm) | 91x91x15 cm | 76 kg | 4 tiles per box |
The ceramic anti-static floor offers a perfect combination of sustainability, durability, and ESD protection. Whether you're outfitting a manufacturing plant, cleanroom, or laboratory, this flooring solution provides long-lasting performance and environmental benefits. With proper maintenance and installation, it ensures a safe and reliable surface that can withstand the challenges of high-demand environments.
Floor Finish: ceramic
Floor Steel Uppon Thick:0.5mm
Floor Steel Bottom Thick:0.4mm
Pedestal Uppon Size:68mm*68mm*3mm
Pedestal Bottom Size:85mm*85mm*2mm
Stringer Size:571mm*32mm*20mm*0.8mm
Stringer Height:10cm-30cm (Customize)
Screw Size:6mm*32mm
Floor ESD resistance:106-109 ohm
Single Weight:20kg
| All-steel Ceramic ESD Raised Floor | |||||||
| Model | Size (MM) | Concentrated Load | Distributed Load （N/㎡） | Ultimate Load （N） | Fire Resistance | ||
| LB | N | KG | |||||
| LP-T601 | 600*600*40 | 500 | 1960 | 200 | 9720 | 5880 | A |
| LP-T602 | 600*600*45 | 680 | 2950 | 300 | 12500 | 8850 | A |
| LP-T603 | 600*600*45 | 800 | 3550 | 360 | 16000 | 10680 | A |
The Comprehensive Guide to All-steel Ceramic ESD Raised Floor
Introduction
In modern facilities such as hospitals, laboratories, and high-tech research centers, maintaining a controlled environment is crucial. One of the most critical components in achieving this is the flooring system. Among various options, all-steel ceramic anti-static raised flooring stands out due to its superior durability, safety, and environmental adaptability. This type of flooring is specifically designed to meet the stringent requirements of spaces where precision, cleanliness, and static control are paramount.
Construction and Materials
The All-steel Ceramic ESD Raised Floor is engineered with high-quality materials to ensure maximum performance:
1. Exterior Frame – Premium Steel Construction
The outer frame of the flooring is constructed using high-grade steel, providing exceptional structural integrity and load-bearing capacity. The steel frame ensures long-term durability, resistance to corrosion, and stability, making it ideal for heavy equipment and high-traffic areas.
2. Internal Core – High-Quality Foamed Cement Filling
Unlike traditional raised floors that may use hollow or lightweight materials, this flooring system incorporates high-density foamed cement as its core. This material enhances the floor’s soundproofing, shock absorption, and thermal insulation properties. The foamed cement also contributes to fire resistance, adding an extra layer of safety.
3. Surface Layer – High-Wear-Resistant Ceramic
The top layer is made of premium ceramic tiles, known for their scratch resistance, anti-slip properties, and ease of maintenance. The ceramic surface is also anti-static, preventing the buildup of electrostatic discharge (ESD), which is critical in environments with sensitive electronic equipment.
Advantages Over Traditional All-Steel Anti-Static Raised Flooring
While all-steel anti-static raised flooring is widely used, the ceramic variant offers several enhanced benefits:
1. Superior Noise Reduction
The foamed cement core significantly reduces noise transmission, making it ideal for hospitals, recording studios, and laboratories where quiet conditions are necessary.
2. Enhanced Waterproofing
The ceramic surface is impervious to moisture, preventing water damage and mold growth. This is particularly important in operating rooms, cleanrooms, and wet labs.
3. Improved Shock Absorption
The combination of steel framing and foamed cement provides excellent vibration damping, protecting high-precision instruments from external disturbances.
4. Advanced Anti-Bacterial Properties
Ceramic surfaces are naturally hygienic and resistant to bacterial growth, making them perfect for sterile environments like surgical suites and pharmaceutical labs.
Applications in Specialized Environments
Due to its advanced features, all-steel ceramic anti-static raised flooring is widely used in:
- Hospital Operating Rooms
The anti-static, waterproof, and antibacterial properties ensure a sterile environment, reducing infection risks.
- Laboratories and Research Facilities
Protects sensitive equipment from ESD, vibrations, and moisture, ensuring accurate experimental results.
- High-Precision Instrument Rooms
The shock-absorbing qualities prevent disturbances from affecting delicate machinery.
- Data Centers and Server Rooms
The static control prevents damage to electronic components, while the durable ceramic surface withstands heavy server racks.
Installation and Maintenance
Installing all-steel ceramic anti-static raised flooring requires professional expertise to ensure proper alignment and grounding for static dissipation. Maintenance is straightforward—regular cleaning with non-abrasive agents preserves the ceramic surface’s shine and functionality.
Conclusion
For environments demanding sterility, precision, and safety, all-steel ceramic anti-static raised flooring is an optimal choice. Its steel frame, foamed cement core, and ceramic surface work together to provide noise reduction, waterproofing, shock resistance, and antibacterial protection, making it indispensable in medical, scientific, and industrial settings.
By investing in this advanced flooring solution, facilities can ensure long-term reliability, equipment protection, and a controlled environment, ultimately enhancing operational efficiency and safety.
RELATED
Copyright © 2025 Guangdong Yuelai Floor Technology Co., Ltd. All rights reserved
SitemapThis website uses cookies to ensure you get the best experience on our website.
Phone