Metal roofing has changed significantly from the simple corrugated barn-style sheets that were common in the past. Modern metal roofing systems are now carefully engineered for both residential and commercial buildings. They use advanced standing seam or interlocking panel designs, precision manufacturing, and durable factory-applied protective coatings that improve resistance to rust, fading, and weather damage. These improvements make metal roofing one of the most reliable and long-lasting roofing options available today. For homeowners in Albany, OR who are looking for a roof designed to last for decades with minimal maintenance or replacement needs, metal roofing is often considered one of the strongest long-term solutions. SDF Roofing Solutions provides manufacturer-certified installation for every metal roofing project. This ensures that the system is installed according to strict industry standards, which helps maximize durability, performance, and warranty protection over time.

Metal Roofing Systems We Install

We work with all major metal roofing systems, helping you select the configuration that best suits your building design, budget, and performance expectations.

Standing Seam Metal

The gold standard of metal roofing. Concealed fasteners and raised seams make this system virtually impervious to water infiltration and thermal movement. Available in steel, aluminum, and copper.

50 to 70 Year Lifespan

Metal Shingles

Engineered to replicate the appearance of traditional asphalt, wood shake, slate, or clay tile while delivering the superior performance characteristics of metal roofing. A visually versatile option with no aesthetic compromise.

40 to 50 Year Lifespan

Exposed Fastener Panels

A cost-effective metal roofing solution commonly used on commercial, agricultural, and utilitarian structures. Provides excellent weather protection at a lower price point with straightforward installation and repair.

30 to 45 Year Lifespan

Corrugated Metal

A classic metal panel profile offering strong structural rigidity and effective water shedding. Available in a range of metals and coatings, suitable for both modern architectural designs and traditional rural applications.

30 to 40 Year Lifespan

Why Metal Outperforms All Alternatives

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Superior Longevity

Metal roofs last two to three times longer than asphalt shingles, often outlasting the building they protect. Many metal roofing systems carry 40 to 50 year manufacturer warranties.

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Energy Efficiency

Reflective metal surfaces and pigmented coatings deflect solar radiation, reducing attic heat gain by up to 25% and lowering cooling costs substantially in warmer months.

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Extreme Weather Resistance

Metal panels are rated to withstand sustained winds up to 140 mph and above. They are non-combustible, receiving Class A fire ratings, and resist impact from hail and debris.

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Minimal Maintenance

Unlike asphalt shingles that require periodic inspection and granule replacement, metal roofs require minimal ongoing maintenance. Periodic cleaning and flashing checks are typically sufficient.

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Environmental Sustainability

Metal roofing contains significant recycled content and is 100% recyclable at end of life, unlike asphalt shingles which contribute millions of tons to landfills annually.

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Increased Property Value

A metal roof is a recognized value-add in the real estate market. Buyers recognize its longevity and performance benefits, and many insurance carriers offer premium discounts for metal roofing.

Metal vs. Asphalt: Straight Comparison

Understanding how metal compares to the most common alternative helps clarify the long-term value of your investment in a metal roofing system for your Albany, OR property.

FeatureMetal RoofingAsphalt Shingles
Expected Lifespan40 to 70 Years20 to 30 Years
Wind ResistanceUp to 140+ MPH60 to 110 MPH
Fire RatingClass A (Non-Combustible)Class A to C
Energy ReflectivityHigh (25% Savings)Low to Moderate
Recyclable at End of LifeYes, 100%No
Maintenance RequiredMinimalModerate (every 5 to 10 years)
Insurance DiscountsOften EligibleNot typically
Upfront InvestmentHigherLower
Lifetime CostLower (fewer replacements)Higher (multiple replacements)

Metal Roofing FAQ

Is metal roofing loud when it rains?▼
This is one of the most common misconceptions about metal roofing. When properly installed over a solid deck with underlayment, a metal roof is no louder than an asphalt shingle roof during rain events. The attic space, insulation, and solid decking between the metal panels and your living area absorb sound effectively. In fact, many homeowners report that their metal roof is quieter than their previous asphalt roof because metal panels do not develop the surface irregularities that asphalt develops over time, which can create uneven drumming sounds during rainfall.
Can metal roofing be installed over my existing shingles?▼
In many cases, yes. Metal roofing can be installed over one existing layer of asphalt shingles without a full tear-off, which reduces labor cost and eliminates disposal fees for the old material. However, this approach requires a thorough inspection of the existing roof deck to confirm it is structurally sound, adequately fastened, and free of moisture damage or rot. If the existing deck shows signs of deterioration or if local building codes in your area restrict overlay installations, a full tear-off is recommended to ensure proper performance and maintain warranty validity on the new metal roofing system.
Does metal roofing attract lightning strikes?▼
Metal roofing does not attract lightning any more than any other roofing material. Lightning strikes the tallest point in an area regardless of what that structure is made of. However, if your property does experience a lightning strike, a metal roof provides a distinct safety advantage over other materials: metal is non-combustible and does not ignite, whereas asphalt and wood roofing can catch fire from a strike. Metal roofing actually disperses electrical energy throughout the roof structure rather than concentrating it at a single point, which reduces the risk of localized structural fire following a strike.