HOW ARE PARTICLE BOARD CORE RAISED FLOOR SYSTEMS PRODUCED?
Where Are Particle Board Core Raised Floor Systems Used?
Raised floor systems, among the most important components of the sector, create a gap between the main floor and the covering, allowing for easy installation and relocation of cables and pipes in this space. Options that can be covered with materials such as carpet tiles, magnetic bases, and PVC ensure that products are protected thanks to these features. Applicable in all old and new buildings, these options provide high security, especially in areas where electricity and cable usage is intensive, thanks to their electricity-absorbing properties. It is possible to access options that create economical and reliable usage areas through companies such as. Among the models produced from different materials, particle board core options stand out with their functionality and affordable price, making them the most preferred.
Production of Particle Board Core Raised Floor Systems
Particle board core raised floor systems, which can be used on any type of floor according to the needs of the sector, can be used in data processing centers, dams, transformer substations, telecommunication projects, and many more areas. These options, which provide efficiency, also offer the advantage of use with options that protect human life. Products with fire-retardant properties, along with their functionality, stand out for being environmentally friendly due to their high durability. Particle board core panels, produced with chipboard, are referred to as Class B1 products in the sector. Produced in accordance with the EN13501-1 fire reaction standard, these products offer environmentally friendly options. Upon request, options used with conductive, homogeneous, and heterogeneous covering materials can be coated with aluminum foil to provide moisture resistance. Produced in accordance with the hand norm, as they do not contain carcinogenic substances, the options produced with AI-supported automation tools are rich in terms of usage advantages and are suitable for mass production.
