Modified Bitumen
Experienced Roofing Professionals Dedicated To Excellence
Trusted roofing contractor serving Tulsa and surrounding areas.
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What is Modified Bitumen Roofing in Tulsa, OK?
Modified bitumen is an asphalt-based roofing system enhanced with polymer additives like rubber or plastic, making it stronger, more flexible, and more weather-resistant than traditional asphalt roofs.
This system is typically reinforced with fiberglass or polyester layers, creating a multi-layer membrane designed for durability and waterproofing on flat or low-slope commercial roofs.
Modified bitumen is known for its ability to expand and contract with temperature changes without cracking, helping it perform well in varying weather conditions. It also provides strong resistance to water intrusion, making it a reliable choice for protecting commercial properties.
At Martin Roofing & Construction, we install modified bitumen roofing systems in Tulsa, OK using proven techniques such as heat-welded, cold-applied, or self-adhered methods. With its durability, flexibility, and cost-effectiveness, modified bitumen remains a trusted solution for long-lasting commercial roofing performance.
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Two Types of Modified Bitumen Roofing in Tulsa, OK
Modified bitumen roofing comes in two main types.
SBS (Styrene-Butadiene-Styrene) SBS-modified bitumen is the most commonly used type due to its flexibility and resilience. The rubber-based additive allows the membrane to expand and contract with temperature changes, reducing the risk of cracks and damage. SBS systems are typically installed using cold adhesives, hot asphalt, or self-adhered methods—making them a great option for projects where open flames are restricted or flexibility is a priority.
APP (Atactic Polypropylene) APP-modified bitumen is known for its strength and durability. It offers excellent resistance to UV exposure and aging, helping extend the life of the roof. APP systems are usually installed using a torch-applied method, where heat is used to bond the material and create a strong, watertight seal.
Both options provide reliable waterproofing and long-term protection, and the right choice depends on your building’s needs, installation requirements, and environmental conditions.
Protect your commercial property with a durable, low-maintenance roofing solution built to last. At Martin Roofing & Construction, we specialize in installing modified bitumen roofing systems in Tulsa, OK—engineered for flexibility, strength, and long-term performance.
Our experienced team ensures a smooth, efficient installation process, delivering a watertight system designed to handle changing weather conditions and daily wear.
Contact us today to schedule your consultation and get started on a roofing solution you can rely on.
Martin Roofing & Construction
Benefits of Modified Bitumen Roofing in Tulsa, OK
Modified bitumen roofing is a dependable choice for low-slope commercial roofs, offering strong performance and long-term value for properties in Tulsa, OK. Key benefits include:
- It’s highly durable.
- It’s weather resistant.
- It’s easy to maintain and repair.
- Rolls are manufactured in a factory setting to meet high quality standards.
- It’s easy to install.
- It’s flexible, so it expands and contracts without the risk of damage.
- It’s cost-effective for a range of budgets.
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Why Choose MRC for Modified Bitumen Roofing
Martin Roofing & Construction brings extensive experience in installing modified bitumen roofing systems for commercial properties in Tulsa, OK. Our skilled team focuses on precision workmanship and attention to detail to ensure your roof is built for maximum durability and long-term performance.
We follow industry Best Practices and use advanced installation methods to deliver reliable, watertight roofing systems. From planning to completion, our goal is to provide a smooth, efficient process with results that meet your business needs.
With a strong reputation for quality service and on-time project delivery, MRC is a trusted partner for modified bitumen roofing solutions that stand the test of time.