Residential Roof Replacements

Architectural Shingles

What they are: High-quality asphalt shingles with a dimensional appearance that mimics wood shake or slate. Made with a fiberglass base, asphalt coating, and ceramic granules.

Benefits & Durability: The most popular choice for residential roofs, offering excellent value. Architectural shingles provide enhanced wind resistance (up to 130 mph), better aesthetic appeal, and typically last 25-30 years. Many come with transferable warranties that can increase your home’s value.
TIP: Michigan homes have to endure brutal weather conditions throughout the year, so make sure your contractor explains the wind-ratings and other key factors for your choice of shingle – Questions about home roof installations? Call us, it’s FREE!

PVC Roofing Membrane – Built for Michigan Weather

Material Composition: Engineered specifically to withstand Michigan’s extreme seasons, our flexible PVC roofing features a reinforced polyester scrim and heat-welded seams that lock out moisture – perfect for handling everything from Upper Peninsula snow loads to southern Michigan’s summer thunderstorms.

Michigan-Proof Benefits:

• Winter Warrior: Stands up to freeze-thaw cycles (-40°F to 150°F) without becoming brittle like asphalt or cracking like modified bitumen
• Ice Dam Defender: Seamless membrane prevents water infiltration under heavy snow accumulation
• Summer Solution: Reflective white surface reduces attic temperatures by up to 30°F, lowering cooling costs during humid Michigan summers
• All-Season Protection: Resists damage from hail, high winds (up to 110 mph), and temperature swings

Why Michigan Homeowners Choose PVC: From Detroit to Traverse City, PVC membranes provide worry-free protection for 30+ years with virtually no maintenance. The waterproof design prevents ponding water issues common on Michigan’s low-slope roofs, while the durable material won’t degrade from salt exposure near the Great Lakes.

PVC Roofing Membrane

Material Composition: A high-performance, single-ply roofing membrane crafted from flexible PVC roofing material, reinforced with polyester scrim for tear resistance. Seams are thermally welded to prevent leaks—a critical feature for Michigan’s heavy snow and rain.

Why Michigan homeowners Choose PVC: Ideal for flat or low-slope roofs common in Metro Detroit and across the state, PVC membranes withstand freeze-thaw cycles, resist ice dam damage, and reflect UV rays to reduce summer cooling costs. With a 30+ year lifespan and fire/chemical resistance, PVC outperforms asphalt for long-term protection against Michigan’s harsh winters and humid summers.

Installation Note: Properly installed by certified contractors, PVC systems prevent ponding water (common in Michigan’s low-slope roofs) and require minimal maintenance—no brittle cracking like traditional materials.

TPO Roofing Membrane

Material Composition: A durable, single-ply TPO roofing membrane made from thermoplastic polyolefin—a blend of ethylene-propylene rubber and polypropylene. Reinforced with polyester or fiberglass for added strength, and seams are heat-welded for a uniform, leak-resistant surface.

Key Advantages: Ideal for flat or low-slope residential roofs, TPO offers exceptional UV resistance, energy efficiency (high solar reflectivity), and flexibility in extreme temperatures. With a lifespan of 20-30 years, it’s lightweight, recyclable, and resists mold, tears, and punctures better than many EPDM alternatives.

EPDM Rubber Roofing

Material Composition: A durable, synthetic rubber membrane (ethylene propylene diene terpolymer) designed for flat or low-slope roofs. Typically available in black or white, with thicknesses ranging from 45 to 90 mils for enhanced weather resistance.

Key Advantages: Known for its longevity (30+ years), EPDM excels in extreme temperature resilience (–40°F to 300°F) and waterproofing. Its simple installation (adhered, ballasted, or mechanically fastened) and minimal maintenance needs make it a practical choice for homeowners. Resistant to UV rays, hail, and cracking over time.