Medical buildings must meet some of the stringent hygiene and safety regulations in the commercial industry. Every area in the building must have the ability to be easily cleaned and maintained for an extended period. The wall materials used in medical buildings are more than just a decorative option; they provide a means of controlling the spread of infections, maintaining proper air quality, supporting the sanitation cycle, and maintaining the integrity of the facility. Therefore, as a result of the above reasons, Fiber Reinforced Plastic (FRP) panels are now a common component in medical environments.
FRP panels provide a moisture-resistant, hygienic and non-porous surface with an exceptional performance in environments that require frequent cleaning and strict contamination control. The high level of strength and versatility provided by FRP is the main reason architects, builders, and facility managers choose to use FRP panels in Canada in the construction of medical facilities.
The key advantage of using FRP panels in medical environments is their superior hygienic characteristics. With traditional building materials such as cement board, tile grout, drywall, and paint, moisture is absorbed, which can lead to staining and the possibility of bacterial growth. With the completely non-porous surface of FRP, moisture cannot be absorbed; therefore, there is no potential for the hidden accumulation of contaminants. For these reasons, FRP panels are particularly beneficial for IVF laboratories, procedure rooms, test areas, and patient-contact areas, where sterilisation must be maintained at all times.
One key advantage of FRP Panels is that they are highly resistant to disinfectants (both bleach and other harsh detergents) used to regularly sanitise at hospitals (which may be done multiple times per day), and as a result, FRP Panels do not degrade or deteriorate as a result of repeated exposures to these disinfectants, as many other materials will. Medical staff is able to follow strict cleaning regiments without fear of damaging the walls due to corrosion, cracking, or peeling of the surface because the surface remains intact, and these materials will not deteriorate or corrode as a result of repeated sanitization cycles (the chemical exposure is impossible to avoid) in wash down areas, hand washing stations, and in cleaning station jobs where the use of chemical-based disinfecting products is common.
Moisture Control is another major benefit of FRP Panels. The medical environment can have extremely high levels of humidity or continuous exposure to water, particularly in sterilisation rooms, laboratories and utility room-type settings. Drywall-type materials will readily absorb moisture and become weaker over time due to the moisture, whereas FRP Panels will not absorb moisture. Additionally, FRP Panels prevent water from entering through the structure and do not deteriorate with exposure to steam, making it possible for the owner to save on long-term maintenance costs associated with the repair of FRP Panels, as well as providing the owner with a means to provide structural stability.
FRP Panels also create a smooth and seamless surface that supports infection control. Because they can be installed with matching trims and mouldings, there are no joint lines, crevices or porous surfaces that bacteria can hide in.
The long-term use of FRP is based on its long-lasting durability. Hospitals and clinics are crowded, with many people walking in and out each day. There is also constantly moving equipment (including carts, beds and stretchers) in addition to the carrying of new supplies on a daily basis, all of which will damage soft walls and painted walls. FRP panels do not easily scratch, dent or suffer from normal wear-and-tear, thereby keeping a facility looking professional and clean in an extremely busy environment. This should result in a substantial decrease in the number of times a facility will need to be repaired or painted, resulting in a decrease in long-term maintenance costs.
Conclusion
FRP panels are a solution for medical spaces: they meet the strict sanitation and building codes required of medical facilities. FRP has a fire rating, is mould resistant and can be disinfected. Therefore, architects and facility managers are able to comply with healthcare guidelines with relative ease when using FRP panels. In addition, FRP panels reduce the amount of downtime for a facility because the walls do not need constant repairs and maintenance.
In summary, FRP panels are not only protective wall coverings, but they also provide a strategic advantage for medical facilities that require high levels of hygiene, moisture-resistant, long-lasting durability, and low maintenance costs. Because FRP panels are able to stand up to multiple cleaning cycles, prevent the growth of bacteria and retain their structural integrity, they are extremely important products that are being used throughout today's medical communities. Whether it is an IVF clinic, hospital, laboratory, or speciality care area, the use of FRP panels creates a safer, cleaner, and more efficient environment for both patients and staff members.