The right roofing material for your Tulsa home depends on how it performs against Oklahoma's extreme weather — 80+ mph derecho winds, hailstorms exceeding 2 inches, thermal shock swings of 100°F+, and intense UV Index 8.4 radiation. As an Owens Corning Preferred Contractor (held by fewer than 2% of roofers nationally) with CIB #80004070, Proof Construction has installed and tested every major roofing system across Tulsa County. This guide delivers a data-driven comparison of 8 roofing material types — from asphalt to stone-coated steel — rated specifically for Oklahoma weather. We include lifespan, cost per sq ft, UL 2218 hail impact classifications, ASTM wind uplift ratings, and field performance from thousands of Tulsa-area installations. Whether you're filing an insurance claim after hail or building new construction, use this comparison to make an informed decision. Call (918) 734-4444 for a free material recommendation tailored to your home and budget.
Full Roofing Materials Comparison Matrix
Every material rated for Oklahoma's specific weather demands. Tap/click each row header for detailed subpage information.
| Material | Lifespan | Cost Level | Hail Impact | Wind Rating | OK Weather Fit | Details |
|---|---|---|---|---|---|---|
| Standard Asphalt | 20–30 yr | $ | 1.0" | 110 mph | ★ Moderate | View → |
| Oklahoma/Tulsa Weather Note: Standard 3-tab and architectural asphalt shingles meet basic Oklahoma building codes but are vulnerable to hail >1.0". Tulsa sees an average of 4.2 severe hail days per year (NOAA 30-yr data). Standard asphalt may sustain visible granule loss from 1.0–1.5" stones, accelerating UV degradation. Best for budget-conscious projects in areas with lower storm frequency. Upgrade to Class 4 impact-resistant for Tulsa hail zones. | ||||||
| Premium Asphalt Owens Corning Duration |
Up to 50 yr | $$ | 1.5" | 130 mph | ★ Good | View → |
| Oklahoma/Tulsa Weather Note: Owens Corning Duration with SureNail technology delivers 2.5× greater nail pull-through resistance than standard shingles. Duration Storm (Class 4 impact) survives UL 2218 testing for 1.5" steel ball impact. In Tulsa's IBC 115-mph wind zone, Duration's 130-mph ASTM D3161 rating provides a 13% safety margin; lab tests show actual failure above 150 mph. TruDefinition color blending uses 7 granules per shingle for fade resistance against OK's UV Index 8.4. Our top recommendation for Tulsa residential. Owens Corning Preferred Contractor status — no GAF Master Elite. | ||||||
| Slate & Tile | 75–100+ yr | $$$$$ | 2.0"+ | 150+ mph | ★ Good | View → |
| Oklahoma/Tulsa Weather Note: Natural slate and concrete/clay tile offer exceptional hail and fire resistance. However, Oklahoma's freeze-thaw cycles (avg 85 freeze events per year in Tulsa) can cause tile fracturing in porous materials. Synthetic slate (polymer composite) is increasingly popular — it offers the same aesthetic at 75% less weight and resists thermal shock better than natural stone. 2.0"+ hail resistance means even the largest OK hailstones (record: 5.0" in 2011) won't penetrate. Requires reinforced roof framing due to weight (800–1,500 lbs/sq for tile). | ||||||
| Wood Shake | 20–25 yr | $$$ | 1.25" | 120 mph | ★ Moderate | View → |
| Oklahoma/Tulsa Weather Note: Cedar shake is approved for Tulsa's historic preservation districts (Maple Ridge, Swan Lake, Brady Heights) but requires pressure-treated fire retardant. Oklahoma's 70% average humidity promotes algae and moss growth, reducing lifespan by 5–7 years versus drier climates. Annual treatment with preservatives is recommended. Wood shake can splinter under 1.25"+ hail — expect isolated damage after severe storms. Not recommended for hail-prone areas of Owasso or Claremore without impact-rated synthetic alternatives. | ||||||
| TPO Commercial | 18–25 yr | $$$ | 1.75" | 140 mph | ★ Good | View → |
| Oklahoma/Tulsa Weather Note: TPO (thermoplastic polyolefin) is the dominant commercial roofing system in Tulsa. White TPO membranes reflect 80%+ of solar radiation, reducing rooftop temps by up to 50°F on 100°F Oklahoma days — lowering cooling costs 15–30%. Heat-welded seams provide superior water intrusion resistance. However, TPO can be vulnerable to hail punctures at 1.75"+. For Tulsa commercial properties in high-hail zones (south Tulsa, Bixby), specify 80-mil reinforced TPO with a gypsum cover board for extra impact protection. 140 mph wind uplift rating exceeds Tulsa's code requirements. | ||||||
| Rubber EPDM | 20–50 yr | $$ | 1.5" | 130 mph | ★ Good | View → |
| Oklahoma/Tulsa Weather Note: EPDM (ethylene propylene diene terpolymer) rubber is a proven flat-roof solution with 50+ years of field data. Exceptional UV resistance — critical for Oklahoma's intense solar exposure. Fully adhered systems perform best in high-wind scenarios. EPDM maintains flexibility down to -50°F, surviving Tulsa's January low of 19°F without cracking. Vulnerable to punctures from debris impact during severe storms; consider a cover board or ballast system for commercial applications. 20–50 year lifespan depends on installation quality — Proof Construction's fully adhered systems average 30+ years. | ||||||
| Metal Systems | 40–70 yr | $$$$ | 2.5"+ | 160+ mph | ★ Good | View → |
| Oklahoma/Tulsa Weather Note: Standing seam metal roofing offers the best wind performance of any system — concealed fasteners and interlocking panels resist uplift forces exceeding 160 mph. Metal is non-combustible (Class A fire rating), critical for Oklahoma's wildfire-prone grassland areas west of Tulsa. Hail impact: heavy-gauge steel (26 ga or thicker) resists denting from 2.5"+ stones; aluminum is more prone to denting. Choose Kynar 500® PVDF paint finishes for UV stability against OK's 8.4 UV Index. Thermal expansion must be engineered into the installation — Oklahoma's 100°F+ summer to sub-freezing winter swings cause 1/8" per 10ft of expansion in steel panels. | ||||||
| Stone Coated Steel | 40–70 yr | $$$$ | 2.5"+ | 160+ mph | ★ Good | View → |
| Oklahoma/Tulsa Weather Note: Stone coated steel combines the impact strength of steel (26-ga core) with the aesthetic of asphalt shingles or tile. The stone granule coating provides Class 4 impact resistance (UL 2218) — surviving 2.5" steel ball drops from 20 ft. This is the only system that matches metal's wind rating (160+ mph) while offering a traditional shingle appearance approved by Tulsa HOAs. The granular coating also dampens rain noise — important for Tulsa's frequent thunderstorms. Lightweight (125–175 lbs/sq) vs. tile (800+ lbs/sq) makes it suitable for standard roof framing. Higher initial cost but 40–70 year lifespan with minimal maintenance. | ||||||
1. Standard Asphalt Shingles (GAF Timberline HDZ & CertainTeed Landmark)
Standard architectural asphalt shingles are the most common residential roofing material in Tulsa — approximately 78% of homes in Tulsa County use asphalt (2024 census data). Lifespan: 20–30 years in Oklahoma's climate. Hail resistance: 1.0" (UL 2218 Class 2–3). Wind rating: 110–130 mph depending on brand and installation. GAF Timberline HDZ features LayerLock adhesive technology that bonds shingles at 140°F, delivering 130 mph wind coverage standard. CertainTeed Landmark uses SBS polymer modification for cold-weather flexibility down to 5°F — critical for Tulsa's 19°F January lows. Oklahoma consideration: Standard asphalt is vulnerable to granule loss from 1.0"+ hail. If you're in a high-hail zone (south Tulsa, Broken Arrow, Bixby), we recommend upgrading to a Class 4 impact-resistant variant.
→ Full GAF Timberline HDZ Analysis | → CertainTeed Landmark Impact Data
2. Premium Asphalt — Owens Corning Duration (Preferred Contractor)
Our top recommendation for Tulsa-area homeowners. Owens Corning Duration architectural shingles represent the premium tier of asphalt roofing. Lifespan: Up to 50 years with Duration Storm Class 4. Hail resistance: 1.5" (UL 2218 Class 4 on Duration Storm). Wind rating: 130 mph standard (ASTM D3161), 150+ mph internal failure threshold. SureNail technology delivers 2.5× greater nail pull-through resistance — the shingle stays attached when 80-mph derecho winds create uplift forces in excess of code requirements. TruDefinition color blending uses 7 granules per shingle (industry standard is 3–4), resisting fading under Oklahoma's UV Index 8.4. Proof Construction is an Owens Corning Preferred Contractor — a designation held by fewer than 2% of roofing contractors nationwide. This means every OC Duration roof we install carries the strongest manufacturer warranty available. We do not carry GAF Master Elite.
→ Full Owens Corning Duration Wind & Impact Data
3. Slate & Tile Roofing (Natural Slate, Concrete Tile, Clay Tile, Synthetic Slate)
The premium tier of roofing — slate and tile systems can last a century with proper installation and maintenance. Lifespan: 75–100+ years for natural slate; 50+ years for concrete/clay tile; 50+ years for synthetic slate polymer composite. Hail resistance: 2.0"+ for natural slate and tile; Class 4 for synthetic. Wind rating: 150+ mph when properly fastened. In Oklahoma, thermal shock is the primary concern — tile expands and contracts more than asphalt, requiring proper flashing details at all transitions. Synthetic slate (polymer composite) has gained significant market share in Tulsa because it weighs 75% less than natural slate (meaning no structural reinforcement needed) and maintains flexibility through thermal cycles. Ideal for: Custom homes, historic districts (Maple Ridge, Swan Lake), and homeowners prioritizing longevity over initial cost.
→ Full Slate & Tile Guide | → Synthetic Slate Analysis
4. Wood Shake Roofing (Cedar Shake, Pressure-Treated)
Wood shake remains popular in Tulsa's historic preservation districts where period-authentic materials are required. Lifespan: 20–25 years in Oklahoma's climate (vs. 30+ years in drier climates). Hail resistance: 1.25" — wood splits and splinters under impact. Wind rating: 120 mph. Pressure-treated fire retardant is mandatory for IRC code compliance in Oklahoma (Class B fire rating minimum). Oklahoma-specific: Our 70% average humidity accelerates decay and algae growth. Annual treatments with EPA-registered preservatives are recommended. For homeowners who want the wood look without the maintenance, synthetic shake (polymer composite) offers identical aesthetics with Class 4 impact resistance and zero maintenance. Best suited for: Historic districts (Brady Heights, Maple Ridge, Florence Park) where preservation board approval requires authentic materials.
→ Full Wood Shake Maintenance Guide
5. TPO Commercial Roofing (Thermoplastic Polyolefin)
The most popular low-slope commercial roofing system in Tulsa — TPO accounts for approximately 60% of new commercial roof installations in Oklahoma (2024 industry data). Lifespan: 18–25 years for 60-mil; 20–30 years for 80-mil reinforced. Hail resistance: 1.75" on reinforced membranes; vulnerable to punctures at 2.0"+ without cover board. Wind rating: 140 mph with mechanical attachment. White TPO membranes reflect 80%+ of solar radiation — on a 100°F Oklahoma day, a white TPO roof surface stays at approximately 115°F vs. 170°F for black modified bitumen. This translates to 15–30% cooling savings for Tulsa commercial properties. Critical specification: For properties in high-hail zones (south Tulsa, Bixby, Jenks), specify 80-mil TPO with a 1/2" gypsum cover board to prevent hail puncture damage to the membrane.
→ Full TPO Commercial Guide | → TPO UV Integrity Study
6. Rubber EPDM Roofing (Ethylene Propylene Diene Terpolymer)
EPDM is a time-tested single-ply rubber membrane for flat and low-slope roofs — over 50 years of proven field performance globally. Lifespan: 20–50 years depending on installation method (fully adhered systems average 30+ years). Hail resistance: 1.5" — thick membranes (60-mil+) self-seal around small punctures. Wind rating: 130 mph for fully adhered systems. EPDM's key advantage in Oklahoma is thermal performance — it maintains flexibility from -50°F to 250°F, handling thermal shock swings without cracking. Black EPDM is standard (absorbs heat, beneficial for snow melt), but white-coated EPDM is available for reflective cooling. Best for: Commercial flat roofs, industrial buildings, apartment complexes, and low-slope residential additions.
7. Metal Roofing Systems (Standing Seam Steel & Aluminum)
Standing seam metal is the gold standard for wind resistance. Lifespan: 40–70 years with proper maintenance (Kynar 500® finishes). Hail resistance: 2.5"+ for 26-ga steel; aluminum dents at 1.5"+. Wind rating: 160+ mph with concealed fastener systems. Metal's interlocking panel design and hidden clips create a continuous structural diaphragm that distributes wind loads across the entire roof deck. Oklahoma-specific: Thermal expansion is the primary engineering challenge — Oklahoma's 130°F temperature swing (from -5°F to 125°F surface temp) causes 1/8" per 10 ft of expansion in steel panels. Proper slip clip detailing is essential. Metal is also Class A fire rated — important for wildfire-prone areas west of Tulsa and in the Osage Hills. Ideal for: Custom residential, commercial, industrial, and any property where maximum wind protection is the priority.
→ Full Standing Seam Metal Guide
8. Stone Coated Steel Roofing (Steel Core + Stone Granule Finish)
Stone coated steel bridges the gap between metal durability and traditional asphalt aesthetics. Lifespan: 40–70 years. Hail resistance: 2.5"+ (UL 2218 Class 4 — survives a 2.5" steel ball dropped from 20 ft). Wind rating: 160+ mph with interlocking panel design. The construction consists of a 26-ga G90 galvanized steel core coated with acrylic primer, then embedded with natural stone granules. This delivers the impact resistance of steel with the visual appeal of tile or shake. Oklahoma-specific: The stone coating dampens rain noise — significant for Tulsa's frequent thunderstorm activity. Lightweight profile (125–175 lbs/sq) means no structural upgrades needed on standard roof framing. The granular coating also provides UV resistance and color stability. Best for: HOA-restricted neighborhoods requiring traditional shingle aesthetics, homeowners wanting metal-level durability with curb appeal, and properties in high-hail zones where asphalt replacements would be frequent.
→ Full Stone Coated Steel Guide
Critical Components & Accessories
The best roofing material performs poorly without proper underlayment, ventilation, and flashing. Proof Construction uses only code-compliant accessory materials in every installation:
Ice & Water Shield
Self-adhering membrane for valleys, eaves, and penetrations. Critical for Oklahoma's flash-freeze cycles. Meets IRC code requirements for ice dam protection in vulnerable roof zones.
View DetailsRidge Vent Systems
Continuous ridge and soffit ventilation systems. Balanced airflow reduces attic temperatures by 30°F+, extending shingle life. Proper ventilation is code-required and warranty-mandated.
View DetailsDrip Edge
Code-required metal edging that directs water away from fascia and into gutters. Tulsa municipal codes specify minimum 2-inch drip edge projection. Essential for preventing wood rot.
View DetailsPolyurethane Foam
Closed-cell spray foam for commercial roofing insulation. R-6.5 per inch insulation value. Seamless air barrier with Class II vapor retarder. Ideal for TPO and modified bitumen systems.
View DetailsAdditional Material Deep Dives
Explore our full library of material-specific research and field performance data:
Our Service Areas
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Not Sure Which Material Is Right for Your Home?
Every home is different. Our Owens Corning Preferred team will walk you through material options specific to your roof pitch, budget, insurance coverage, and Oklahoma weather exposure. Consultations are always free.
Call (918) 734-4444CIB #80004070 | Owens Corning Preferred Contractor | Serving Tulsa metro since 2014