Comparing Different Types of Commercial Roofing Materials

Regarding commercial roofing, the type of material you use can significantly impact your building’s overall performance and longevity.

You can choose from a few different commercial roofing materials, including metal, shingles and single-ply. Understanding the pros and cons of each one can help you find the best roof for your commercial property.

Roofing Detroit is a multifaceted industry that caters to the diverse and evolving needs of the city. From installation and maintenance to repairs and replacements, the roofing professionals in Detroit are committed to ensuring the safety and durability of the city’s buildings and homes.


Metal roofs offer a variety of advantages for commercial property owners, including longer lifespans and energy efficiency. They are lightweight compared to other types of roofing materials, which reduces the stress on the structure of the building over time.

They also come in various colors and styles to suit the architectural needs of each building. They can also be recycled, which saves the earth’s precious landfill space and protects our natural resources.

Corrugated metal is a versatile, long-lasting material that is easy to install and maintain. It has wavy S-shaped ridges, and grooves create a structurally sound, weather-resistant roof.


Shingle roofing is one of the most common types of commercial roofing materials. It comes in various materials, including asphalt, architectural, slate, plastic and ceramic (to name a few).

Generally speaking, shingles are cheaper than other types of commercial roofing and easy to install. They also come in a wide range of colors and styles, making it easier to match them to the overall look of your building.

Although shingles are relatively inexpensive, they do have some disadvantages. For example, they are susceptible to damage from severe weather and high winds. They are also prone to fading in high heat and freezing conditions. They also aren’t as fire-resistant as other commercial roofing options.


When comparing different materials for commercial roofing Seattle, knowing what each one offers is important. Single-ply systems, for example, are one of the most popular roofing options in the industry thanks to their versatility and durability.

In addition to being eco-friendly, these roofing systems can help reduce your building’s energy costs. They are also extremely durable and can last up to 50 years with minimal maintenance requirements.

Thermoplastic polyolefin (TPO) and ethylene propylene diene monomer (EPDM) are the most common thermoset roof membranes. Both offer exceptional insulation properties and thermal reflectivity to lower cooling costs.

Modified Bitumen

When comparing different types of commercial roofing materials, you need to consider the pros and cons. This will help you determine which one best suits your needs and budget.

Modified bitumen is a durable, long-lasting and low-maintenance roof. It also offers a lot of protection from water and UV rays.

It’s easy to install and is highly resistant to weathering, cracking, and thermal shock. That makes it an excellent choice for buildings in cold climates.

There are several types of modified bitumen to choose from, and deciding which one is right for your commercial roofing project depends on what you want to achieve. SBS-modified bitumen is a great option for roofing projects that involve torching, but APP-modified bitumen is better for hot-melt installations.


Thermoset roofing materials are popular for commercial buildings because they are low-maintenance and highly durable. They are also very resistant to ozone and UV damage.

The polymers used in thermosets are typically epoxies, silicones, or vulcanized rubber. They can also be mixed with other plastics, such as polyester or phenolic.

Unlike thermoplastics, these polymers do not melt when heated. This is because they have a three-dimensional network of bonds.

Thermosets can resist chemical attacks better than thermoplastics, as they have a stronger bond between the polymers. This makes them ideal for industrial applications that withstand harsh conditions and chemicals.

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