Plywood can be safe health-wise if applied carefully. However, certain plywood products pose some dangers based on the chemicals used to manufacture them. Some of these plywood products come with formaldehyde-based adhesives that emit unfavourable fumes, especially in incompletely aired areas. Long exposure to such fumes causes respiratory complications and irritation. To avoid many types of risks, low-formaldehyde plywood or certified low-emitting plywood should be used, and ventilation must be good in the areas using plywood.
Antibacterial plywood prevents bacteria from multiplying on its surface. These treatments make it less likely to cause bacterial contamination; hence, they are perfectly suited to be used in various hygiene areas, such as hospitals, kitchens, and schools. It helps inhibit harmful microorganisms from collecting on surfaces, thus sustaining clean surfaces with healthy, hygienic conditions. It is an excellent plywood suitable for areas needing frequent cleaning and exposure to countless touches.
Plywood doesn't carry bacteria per se, but it will harbour some if it has been exposed to moisture or contamination. Like any surface, plywood will collect bacteria, especially where the material is frequently touched or exposed to food, water, or organic matter. Though impossible to completely remove them, if properly cleaned and sealed, plywood surfaces are less likely to harbour bacteria. Also, when antibacterial treatments or coatings are applied, the ability of bacteria to thrive on its surface is reduced.
Not all plywood is antibacterial. Antibacterial plywood is another version of the range that has been covered with antimicrobial agents to prevent bacteria from growing. Regular plywood does not possess such qualities unless it has been treated or manufactured, particularly with antibacterial coatings. If you seek antibacterial plywood, then make sure to opt for products that are specially designed and stated as such because they get some additional treatments to protect them more thoroughly against bacterial growth.