4 Different Types of Roofing Sheets: Pros and Cons
Both aspiring and existing property owners should pay attention to one important part of the roof. We are pertaining to what we call roofing sheets. More than the visual value that they add, they are installed for a reason. Different types of roofing sheets shield the actual roof from external elements. When mounted correctly, it helps prevent leaks and potential damages to prolong your roof’s lifespan.
Roof sheeting has different variations that can match your needs and requirements. Each has its own pros and cons that you can take into consideration. Remember that roofs are a huge financial investment so it is better to be hands-on. Hence, it is a vital step to know what types of roofing sheets are available before you decide.
At Sterling Roofing Group, we commit to deliver the highest quality of service that you deserve. Since 1996, we have been around the industry providing superior roofing products and services to homeowners and commercial property owners. Because we value our clients, we give full attention down to the smallest details.
Today, let us talk about the different types of roofing sheets. Know what to expect and see what options you have.
4. Plastic
Colored plastic roofing sheets may be the least durable among the choices you have but it has its own advantages. Most people use the plastic material for smaller structures and for temporary constructions. Its durability is dependent on the type of plastic that you will use for the roofing sheet. The more robust the material is, the more it will cost. Another good thing about it is that it costs a lot cheaper than slate roofs. Besides, we also has clear roofing sheets.
FRP Panels
Fiberglass Reinforced Panels (FRP)
Commonly called fiberglass reinforced plywood, fiberglass reinforced plastic, FRP panels, or simply FRP. Fiberglass composites have successfully been used in the transportation, construction, marine, military, and building industries since 1965. But only in the last 25 years have the unique qualities of FRP panels become better known, and the material more widely used in countless industries and applications.
Corrosion Resistant FRP Equipment for Pulp and Paper, 2018 PEERS
Since the late 1950’s Fiber Reinforced Plastic (FRP) composites have been used to combat corrosion in pulp and papermaking processes. In many applications FRP is now known to be the best material of construction due to its reliability, performance, length of service, and cost compared to other materials of construction. Today FRP based on epoxy vinyl ester resin (EVER) is used to construct vessels, piping, bleach towers, tanks, washer drums, drum covers, hoods, ducts, and scrubbers for demanding mill environments. This paper serves to update an earlier paper and will outline how FRP outperforms nickel alloys and other materials in suitable processes [1]. It will illustrate how to design, assemble and maintain an FRP system so as to deliver its best performance and avoid costly mistakes. Details about ASTM C581corrosion testing and data comparing the performance of FRP to other materials will be reviewed. Case histories for process equipment at various North American mills will be presented. These case histories serve to confirm material selection, design criteria, and performance of FRP machine in real world environments.
Both aspiring and existing property owners should pay attention to one important part of the roof. We are pertaining to what we call roofing sheets. More than the visual value that they add, they are installed for a reason. Different types of roofing sheets shield the actual roof from external elements. When mounted correctly, it helps prevent leaks and potential damages to prolong your roof’s lifespan.
Roof sheeting has different variations that can match your needs and requirements. Each has its own pros and cons that you can take into consideration. Remember that roofs are a huge financial investment so it is better to be hands-on. Hence, it is a vital step to know what types of roofing sheets are available before you decide.
At Sterling Roofing Group, we commit to deliver the highest quality of service that you deserve. Since 1996, we have been around the industry providing superior roofing products and services to homeowners and commercial property owners. Because we value our clients, we give full attention down to the smallest details.
Today, let us talk about the different types of roofing sheets. Know what to expect and see what options you have.
4. Plastic
Colored plastic roofing sheets may be the least durable among the choices you have but it has its own advantages. Most people use the plastic material for smaller structures and for temporary constructions. Its durability is dependent on the type of plastic that you will use for the roofing sheet. The more robust the material is, the more it will cost. Another good thing about it is that it costs a lot cheaper than slate roofs. Besides, we also has clear roofing sheets.
FRP Panels
Fiberglass Reinforced Panels (FRP)
Commonly called fiberglass reinforced plywood, fiberglass reinforced plastic, FRP panels, or simply FRP. Fiberglass composites have successfully been used in the transportation, construction, marine, military, and building industries since 1965. But only in the last 25 years have the unique qualities of FRP panels become better known, and the material more widely used in countless industries and applications.
Corrosion Resistant FRP Equipment for Pulp and Paper, 2018 PEERS
Since the late 1950’s Fiber Reinforced Plastic (FRP) composites have been used to combat corrosion in pulp and papermaking processes. In many applications FRP is now known to be the best material of construction due to its reliability, performance, length of service, and cost compared to other materials of construction. Today FRP based on epoxy vinyl ester resin (EVER) is used to construct vessels, piping, bleach towers, tanks, washer drums, drum covers, hoods, ducts, and scrubbers for demanding mill environments. This paper serves to update an earlier paper and will outline how FRP outperforms nickel alloys and other materials in suitable processes [1]. It will illustrate how to design, assemble and maintain an FRP system so as to deliver its best performance and avoid costly mistakes. Details about ASTM C581corrosion testing and data comparing the performance of FRP to other materials will be reviewed. Case histories for process equipment at various North American mills will be presented. These case histories serve to confirm material selection, design criteria, and performance of FRP machine in real world environments.