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How to choose anti-static floor
As China's economy continues to grow rapidly, there has been a noticeable rise in the number of computer room constructions across various regions. This trend has fueled a growing demand for anti-static flooring solutions, prompting an influx of new companies into the market over recent years. However, this surge has also intensified competition, with some smaller manufacturers cutting corners to reduce costs and lure customers. These unscrupulous businesses often pass off inferior products as high-quality items, presenting non-compliant products as if they meet national standards. Such practices not only harm consumers but also tarnish the reputation of the entire anti-static flooring sector.
Given the complexity of the current market and the varying quality of products available, selecting the right anti-static flooring can be daunting for buyers. So, how can customers make informed decisions? What factors should they prioritize when purchasing these essential products? Let’s break it down into three key areas: steel plate thickness, veneer type, and accessory quality.
Firstly, consider the steel plate thickness. The load-bearing capability of all-steel anti-static floors primarily hinges on the thickness of the upper and lower steel plates of the steel casing. Thicker steel plates translate to better load-bearing capacity and durability, though they might come at a higher price point. Floors with thinner steel plates are typically suitable for low-traffic areas where heavy equipment isn’t placed directly on the floor. Instead, such equipment is usually mounted on pre-finished steel trays. If the equipment exceeds the floor's load-bearing limit, deformation over time could occur, posing potential safety risks.
For application scenarios:
1. For rooms under 20 square meters with an overhead height below 20 centimeters, a standard 600x600x30mm electrostatic floor works well due to its cost-effectiveness and ability to handle typical loads.
2. When the room size is still under 20 square meters but the finished surface height exceeds the norm, opting for a sturdier 600x600x35mm steel electrostatic floor is advisable for enhanced stability.
3. Larger spaces—those exceeding 20 square meters—often benefit from 600x600x35mm anti-static floors. As the room size or overhead height increases, it’s prudent to select higher-grade electrostatic flooring options.
Secondly, focus on the veneer. National standard anti-static floor veneers boast a system resistance value ranging from 1×10^6 to 1×10^9 ohms, ensuring effective static dissipation while guiding charges safely to the ground via the floor itself. Non-standard veneers fail to offer this protection. Moreover, national standard veneers feature a wear-resistant layer that enhances longevity and durability, whereas non-standard alternatives may lack this crucial feature, leading to shorter lifespans and issues like peeling or cracking within a year.
The standard veneer thickness usually ranges from 1.0mm to 1.5mm, depending on the material type. In contrast, non-standard veneers often measure less than 0.8mm. Visually, both types might appear identical, making differentiation challenging for laypeople. However, their performance varies significantly. Poor-quality veneers frequently exhibit inferior wear-resistance and shorter lifespans.
Two common veneer types include HPL (high-pressure laminate) and PVC. Both offer excellent anti-static properties, but HPL veneers tend to be more popular and cost-effective.
HPL veneers excel in high-wear environments such as telecom centers, data libraries, and military facilities. Meanwhile, PVC veneers are ideal for electronic factories, clean rooms, and healthcare settings requiring robust anti-static capabilities.
Lastly, don’t overlook the importance of accessories. National standard accessories are thicker, featuring beam walls measuring 1.0mm and bracket plates at 3.0mm and 2.0mm respectively. Non-standard accessories, however, typically sport thinner beams (0.8mm) and lighter bracket plates (2.0mm and 1.0mm). Walking on floors equipped with substandard accessories can feel unstable, lacking the solid footing expected.
In conclusion, when choosing anti-static flooring, paying attention to steel plate thickness, veneer quality, and accessory specifications is crucial. For those seeking reliable anti-static flooring solutions, Shanghai Xiangran Construction and Installation Project offers a comprehensive range of products tailored to meet diverse needs. Whether you’re outfitting a tech hub or upgrading a server room, our team is here to help ensure your project meets the highest standards of quality and safety.