Fiberglass Reinforced Panels- FRP Panels
Advantages and why FRP are preferred over other building materials.
Fiberglass reinforced panels are used on walls and ceilings, installing it directly over solid surfaces. They provide a durable, scratch-resistant surface, easy to clean panel and provide superior moisture resistance. They are great products to be used in classrooms, restrooms, and restaurants. Fiberglass reinforced panels are made of strong polyester resin reinforced with fiberglass, providing a smooth wall surface. The final non-porous surface is becoming popular for its ability to produce a mold and stain resistant surface, protecting the wall from being scratched.
Fiberglass Reinforced Panels Advantages
- Fiberglass reinforce panels provide a strong scratch resistant surface.
- FRP could be cleaned easily using regular detergents, high-pressure washers, or even by using steam.
- The fiberglass reinforced panel is a lightweight panel that is easy to install
- FRP could be installed either with glue or fasteners
- Maximum sanitation protection
- Improved chemical resistance
- FRP could be installed over any existing wall surface, by following some simple steps and no high tech tools are required.
- High impact resistance from shattering and scratches
- Superior flexibility
- FRP could save you money over other building materials
- Fiberglass reinforced panels will prevent the growth of mold or mildew and will not rust or corrode
Fiberglass Reinforced Panels Applications
FRP wall panels are ideal for kitchens, restrooms, dining rooms, offices, classrooms, hospital rooms, hallways, cooling towers, recreational areas and other secondary spaces. One of the most important applications of FRP panels is that they can be installed over new and existing drywall or used to repair damaged surfaces.
Fiberglass Reinforced Panels FAQ’s
Q: Can Fiber Reinforced Panels be installed over most substrates?
A: Fiber reinforced panels could be installed almost on all substrates. However, the installation method used will vary from one substrate to another.
Q: How do you Install Fiberglass reinforced panels over Drywall?
A: FRP can be installed on almost all substrates by the mechanical installation method. However, if the contractor wants to install Fiberglass reinforced panels using adhesives, it could be done, you just need to use solvent-free adhesive only over porous surfaces such as concrete block, drywall, plywood or plaster walls. When installing FRP over non-porous surfaces, such as wall tiles, using a solvent-based adhesive with rivets is recommended, In order to complete a better installation, remember to sand the tiles so the FRP can adhere better.
Q: Can Fiberglass reinforced panels be installed flat against the wall?
A: FRP panels are so flexible so it can be installed flat against the wall. But remember as any building material, it will expand and contract according to environmental conditions where it was installed.
Q: What tools are required to install FRP?
A: The installation of FRP can be done by using: a fine tooth saw blade, carbide drill bit, the manufacturer’s recommended trowel, and a laminate roller that will be used to ensure maximum adhesion between FRP and the surface where it is being installed.
Q: In what size is FRP manufactured?
A: Fiberglass reinforced panels usually are manufactured in 4 foot by 8-foot sections and with some architectural trims and/or moldings. For small applications and surfaces, the FRP could be cut to exact dimensions by using a power saw with a fine tooth, carbide tip blades or masonry blades. FRP Panels in 0.090” thickness weigh about 12 ounces per square foot. A skid of 100 – 4x8’ panels weighs approximately 2000 pounds.
Q: What could be a faster installation procedure?
A: Fiberglass reinforced panels could be supplied with pre-laminated sheets of plywood, EPS insulation or drywall. By using this type of FRP, it will allow a faster installation and will produce a smoother surface, because it eliminates the need for rivets. It is also recommended before installing FRP to remove the packing of the panels, in the area where it will be installed. FRP ideally will absorb the same environmental conditions of the place where the panels will be installed.