Your Ultimate Resource for Torch-On Roofing Technology
Welcome to the authoritative source on SPS Torch-On Roofing. This guide is designed to provide you with in-depth knowledge about one of the most reliable and durable roofing systems used in modern construction. Whether you’re a building owner, contractor, or architect, this guide will help you understand why SPS Torch-On Roofing is a leading choice for protecting commercial and residential buildings.
What is SPS Torch-On Roofing?
SPS Torch-On Roofing is a type of membrane roofing made from layers of modified bitumen, melted and applied to the roof surface with a torch. This method creates a seamless and waterproof barrier that is ideal for flat or low-slope roofs.
Benefits of SPS Torch-On Roofing
Durability: Discuss the long lifespan and resistance to weather, UV rays, and foot traffic.
Waterproofing: Highlight the superior water resistance and how it prevents leaks and water damage.
Energy Efficiency: Explain how the reflective surface can help reduce energy costs by keeping buildings cooler.
Low Maintenance: Describe the low upkeep requirements due to the system’s robustness.
Installation Process
Detail the step-by-step process of SPS Torch-On Roofing application, including surface preparation, torching techniques, and safety precautions.
Maintenance and Care
Offer guidance on how to maintain and extend the life of an SPS Torch-On Roof, including regular inspection and cleaning tips.
Why Choose SPS Torch-On Roofing for Your Project
Expert Opinions: Include quotes from roofing experts and testimonials from satisfied customers.
Case Studies: Present real-life examples of SPS Torch-On Roofing’s performance and resilience.
Section 6:
Frequently Asked Questions Answer common questions about SPS Torch-On Roofing, providing clear and concise information.
Section 7:
Additional Resources Provide downloadable content, such as technical datasheets, warranty information, and detailed brochures.
For more information or to consult with a roofing expert about using SPS Torch-On Roofing for your project, contact us today.
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SPS Roofing FAQs
Do you have a flat roof that needs an assessment? Contact us to see if an SPS system is the right upgrade for your property.
What is the difference between SPS and standard torch-on roofing?
The main difference lies in the polymer blend and heat sensitivity. SPS membranes are designed to flow and bond at lower temperatures (“low-heat application”), which preserves the integrity of the rubberized asphalt. This results in a finished roof that is often more flexible and resistant to thermal shock than standard high-heat systems.
How long does an SPS roof last?
In the Edmonton climate, you can expect an SPS torch-on roof to last 25+ years with routine maintenance. Its superior elasticity helps it survive the expansion and contraction caused by our +/- 40°C temperature swings better than older asphalt-based systems.
Is SPS roofing expensive?
SPS is a mid-to-high tier roofing product. While it is more expensive than EPDM (rubber sheets) or basic asphalt rolls, it is generally cheaper than metal roofing. The cost averages $13–$17/sq. ft., but this investment is often recovered through lower repair costs over the roof’s life.
Can SPS be installed in winter?
Yes, but with caution. Because SPS is a “torch-on” product, it relies on heat for adhesion. It can be installed in colder temperatures than water-based adhesives, but most reputable roofers will avoid installation below -10°C to ensure the perfect “bleed out” at the seams.
Does SPS roofing require a specific slope?
Yes. Like all “flat” roofing systems, SPS requires a positive slope to drain water effectively. Building codes typically mandate a minimum 2% slope (1/4 inch per foot). This prevents “ponding water,” which can degrade the granular surface of the cap sheet over time.
How do I maintain my SPS roof?
Bi-Annual Check: Inspect drains and scuppers in Spring and Fall.
Granule Loss: Look for “bald spots” where granules have washed away. These can be easily patched with an SPS-compatible compound to prevent UV damage to the underlying bitumen.
