1. NanoScale Certification

    2. 2020/02/09
    3. 2021/02/07
Introduction Application Properties Advantage Of Using Nanotechnology

PVC panels are one of the newest building materials that has entered the market instead of expensive materials. These panels are highly resistant to moisture and corrosion and can be used in the exterior of the building, and having a very long service life, eliminates the need to spend money to repair and renovate the walls. PVC sheets are a commonly used plastic with a chemical compound consist of polyvinyl chloride and can easily compete with wood and clay. The plates can be engraved, embossed, printed, colored and laminated according to user requirements.

These panels are adjustable and can be easily installed horizontally or vertically at any angle on a variety of available surfaces such as tiles. Due to the presence of contaminants such as dust and moisture inside or outside the building, it is necessary to create antibacterial properties on the surface of the facade. Preventing the surface of these materials from being contaminated by microbes can be achieved by using an active antibacterial agent such as nanoparticles within their structure or applying antibacterial coatings. Nanoparticles react with the bacterial outer membrane, causing structural changes inside the bacterium and eventually destroying it.

  • Building façade
  • Interior decoration
  • Cover the ceiling or wall of interior facades
  • UV resistante
  • Cheap, light, and easy to install
  • Can be substituted with conventional structural materials such as wood, plaster, cement, concrete and clay
  • Anti-humidity and waterproof
  • Anti-shock
  • Resistant to chemical agents such as salts, fats

Applying a coating containing a nanometer component has resulted in antibacterial properties on the surface of the PVC panel. Antibacterial activity is an indicator of the ability of a product to kill bacteria in contact with it; The logarithmic comparison of the number of bacteria on the control sample and the product sample is obtained after 24 hours of contact with the bacteria. According to the standard, the effect is significant when the antibacterial activity of the product is between 2 and 3; If the antibacterial activity is more than 3, it has a strong effect.

Explanations

Antibacterial activity

Standard acceptable limit2 (equivalent to 99%)
 Nano sample (S.aureus)2.07
Nano sample (E.coli)2.59
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