Choosing the Best Roofing Material for a Curved Roof

For most visible curved roofs in the United States, the best roofing material is a mechanically seamed curved standing seam metal roof. It handles barrel roofs, arched porches, curved canopies, and modern radius rooflines better than most materials because the panels can be factory-curved or field-curved, the fasteners are concealed, and the finished roof sheds water cleanly.

That is the practical answer, but it is not the only answer. On a low-slope commercial curve, a single-ply membrane such as TPO, PVC, or EPDM may be the better roof because it creates a continuous waterproof layer over a shape that is too flat or complex for panelized metal. On a broad, gentle residential curve, asphalt shingles may be possible, but only if the slope, bend radius, fastening pattern, and manufacturer instructions allow it. Tight curves, domes, turrets, and high-wind sites need more careful engineering.

#	Preview	Product	Price
1		10' X 20' Firestone RubberGard 45-Mil EPDM Roofing Rubber	$215.00	Buy on Amazon
2		EPDM Waterproofing Membrane Self-Adhesive Black 52 Mil	$139.99	Buy on Amazon
3		Firestone RubberGard EPDM Rubber Roofing Membrane 60 Mil, 10 ft x 15 ft	$220.00	Buy on Amazon
4		EPDM Waterproofing Membrane Self-Adhesive Black 52 Mil	$269.90	Buy on Amazon
5		Pushglossy 1 Roll EPDM Rubber Roofing Membrane 50 Mil, 39" x 10 Ft, Black	$78.99	Buy on Amazon

On our job sites, the roof material decision starts with geometry, not color. We want to know the radius of the curve, the slope at the low end, the deck type, panel length, drainage path, penetrations, wind zone, snow and ice exposure, and whether the curved roof is structural or decorative. A curved roof can be beautiful, but it is less forgiving than a simple gable. Small mistakes in flashing, fastening, or underlayment can turn into leaks that are hard to trace.

This guide explains which roofing materials work best on curved roofs, what they cost in 2026, where each one fails, and what to ask before signing a roofing contract.

#1 Best Overall

10' X 20' Firestone RubberGard 45-Mil EPDM Roofing Rubber

• 45-Mil Liner: The Most Popular Material for New And Re-Roof, Low Slope, Roofing Applications
• Outstanding Durability And Low Life Cycle Cost Means Excellent Value
• Easily Contours to Unusual Roof Shapes. Perfect for Do-It-Yourself Homeowners or Roofing Contractors
• Flexible Material Allows Design Versitility and Easy Installation
• NOTE: If using for a deck or a roof, make sure you order a liner size slightly larger than your dimensional needs. We don't want to sell you more than you need, but getting an EXACT size will not be sufficient to cover your deck or roof correctly.

$215.00

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Best Overall Choice: Curved Standing Seam Metal

If the curved roof is visible and the slope is appropriate, curved standing seam metal is usually the strongest all-around choice. It fits the architecture, lasts a long time, and can be detailed with concealed clips instead of exposed screws through the field of the roof.

A standing seam roof uses vertical metal panels with raised seams. On a curved roof, the panels are formed to match the required radius. Depending on the panel profile, metal type, and project logistics, the panels may be curved at the factory or formed on site. For primary roofs, we prefer mechanically seamed concealed-fastener systems when the manufacturer allows them for the radius and slope. The concealed fasteners reduce leak points, and the clips allow controlled movement as the metal expands and contracts.

Steel and aluminum are the most common practical choices. Aluminum is useful in coastal or corrosion-prone environments. Steel is widely available, strong, and cost-effective when properly coated. Copper and zinc are premium options for architectural projects, but they come with higher material costs and require installers who know how to handle expansion, soldering or seaming details, and runoff staining.

In 2026, a standard standing seam metal roof often lands around $10 to $16 per square foot installed, while some estimating tools show installed standing seam ranges closer to $18.11 to $24.50 per square foot. Curved metal usually costs more than straight metal because of custom forming, staging, layout time, curved trim, more careful handling, and the need for experienced installers. For a 1,500-square-foot curved roof area, that means a planning range of roughly $15,000 to $36,750 before unusual structural work, difficult access, premium metals, or major deck repairs.

The big advantage is lifecycle value. A properly installed standing seam metal roof can outlast cheaper systems, and the clean curved profile is hard to match with shingles or shakes. The risk is execution. If the installer ignores minimum radius limits, uses the wrong clip spacing, forces panels beyond manufacturer limits, or improvises flashing at curved eaves and rakes, the material advantage disappears.

Quick Decision Table by Curved Roof Type

This table is a planning guide, not a substitute for product approval. Before ordering material, the roofing contractor should confirm the roof radius, slope, deck condition, and fastening requirements with the manufacturer in writing.

Why Radius Matters More Than the Material Name

Homeowners usually ask, “Can this material go on a curved roof?” Installers ask a more useful question: “What is the radius?”

The radius describes how tight the curve is. A large-radius barrel roof may look curved from the street but be gentle enough for several materials. A tight-radius canopy or turret may require custom metal panels, small modular pieces, or a membrane. The tighter the curve, the more stress the roof covering takes during installation and over time.

For metal roofing, each panel profile has a minimum radius. Some standing seam panels can be curved smoothly; others can kink, oil-can, or distort if forced too tightly. Seam height, panel width, metal thickness, clip design, and finish all affect what the manufacturer will approve. A narrow panel may handle a curve better than a wide panel. A mechanically seamed panel may perform differently than a snap-lock profile. Long panels also need room to move with temperature changes.

For shingles, the radius question is even more restrictive. Asphalt shingles are designed to lie flat in overlapping courses. On a tight curve, they may bridge, crack, lift, or leave weak spots around fasteners. Even if they can be bent during installation, that does not mean the manufacturer will honor the warranty. We would rather have a written “yes” from the manufacturer than a confident verbal answer from anyone on site.

For membranes, the curve is usually easier to accommodate, but the substrate has to be right. TPO, PVC, and EPDM can follow smooth curves, but wrinkles, voids, poor insulation layout, and weak edge detailing can create ponding, uplift, and premature seam failure. The membrane is only as good as the deck, insulation, adhesives or fasteners, seams, and perimeter metal underneath it.

Rank #2

EPDM Waterproofing Membrane Self-Adhesive Black 52 Mil

• Durable Construction: The EPDM waterproofing membrane is extremely durable and has a life expectancy of over 50 years in outdoor applications
• Robust Design: EPDM waterproof membrane is very robust thanks to its fiber reinforcement and overall thickness of 52 mil
• Weather-resistant Performance: EPDM waterproof membrane has an EPDM top layer that is suitable many applications and exposure to the weather conditions which makes it remain flexible and dont break even for decades
• Peel and Stick Installation: EPDM waterproof membrane is quick and easy to install, without the need for special knowledge or tools
• Clean Appearance: The EPDM waterproof membrane has a clean looking top layer in black which doesnt reflect the sun like aluminum does

$139.99

Buy on Amazon

Curved Standing Seam Metal: Best for Durability and Appearance

Where it works best

Curved standing seam metal is the best fit for barrel roofs, modern arched rooflines, curved dormers, porch roofs, walkway covers, commercial entrances, and high-visibility architectural roofs. It works especially well when water can flow continuously down the curve without dead spots or complicated interruptions.

On a primary roof, we usually want concealed clips, continuous panels where practical, compatible underlayment, and engineered trim at the curved eave and rake. The installer should know the panel manufacturer’s minimum radius, approved substrate, fastener spacing, clip spacing, and seaming requirements. If the curve is prominent, a mockup or sample panel is worth the time. It lets the owner and builder evaluate oil-canning, seam height, color, reflectivity, and curve smoothness before the full roof is fabricated.

Where it can go wrong

Metal expands and contracts. A 40-foot metal panel can move noticeably between winter and summer temperatures. On a curved roof, that movement has to be managed without tearing fasteners, distorting seams, or binding at the trim. Exposed fasteners through the field of the panel are more vulnerable because every washer is a future maintenance item. That is why we reserve exposed-fastener curved metal for budget structures, agricultural buildings, outbuildings, and gentle curves where the owner accepts periodic inspection and screw replacement.

Oil-canning is another real issue. It is the visible waviness you can see in flat metal panels, especially in sunlight. It is not always a performance defect, but it can be a serious appearance problem on a curved roof. Panel width, metal gauge, substrate flatness, installation handling, and color selection all influence it. Dark glossy finishes show more movement than lighter, lower-sheen finishes.

Single-Ply Membranes: Best for Low-Slope and Complex Curves

For low-slope curved roofs, TPO, PVC, and EPDM membranes often beat metal. The reason is simple: waterproofing. Metal roofs are water-shedding systems. They are excellent when the slope and seams are designed to move water off the roof. Membranes are waterproofing systems. They are designed for low-slope roofs where water may move slowly.

TPO is common on commercial buildings and many modern low-slope assemblies. In 2026, installed TPO roofing commonly runs around $5.50 to $9.50 per square foot, with many standard commercial projects around $8 to $10.50 per square foot. PVC is often priced similarly or higher depending on thickness, reinforcement, and chemical exposure requirements. EPDM, a rubber roofing membrane, commonly runs about $4 to $8 per square foot installed, while thicker 90-mil systems may be closer to $7 to $10 per square foot. Some homeowner cost ranges place a 1,600-square-foot EPDM roof around $13,000 to $25,000 once prep, permits, underlayment, and related items are included.

Membrane roofs are not automatically simple. On a curved roof, the critical items are drainage, insulation layout, edge metal, penetrations, seam quality, and attachment method. TPO and PVC seams are typically heat-welded. EPDM seams are sealed with adhesives and tapes. Either approach can work when installed correctly, but poor seam preparation or rushed flashing around curbs and drains will show up later as leaks.

We pay close attention to ponding water. A roof can be curved and still have low pockets if the deck, tapered insulation, or drain layout is wrong. The membrane brand matters, but it matters less than the assembly. A well-detailed 60-mil or 80-mil membrane over a properly sloped insulation package will outperform a premium membrane installed over a bad drainage plan.

Asphalt Shingles: Only for Gentle, Approved Curves

Asphalt shingles are the budget roofing material most homeowners ask about first. They are familiar, widely available, and affordable on standard pitched roofs. In 2026, asphalt shingles commonly price around $5.09 to $6.66 per square foot installed in Homewyse-style ranges, while other current sources show roughly $3.40 to $5.95 per square foot for standard asphalt installations. Those numbers are for normal roof geometry. Curved work can add labor, waste, layout time, and warranty restrictions.

Shingles can work on a broad, gentle curve with adequate slope and manufacturer approval. They are usually a poor fit for tight radius roofs, barrel roofs with strong curvature, domes, and low-slope curves. The problem is that shingles are layered pieces. They need proper overlap, flat bearing, correct nailing, and enough slope to shed water. When forced around a curve, they can tent, crack, telegraph deck irregularities, or leave exposed fastener vulnerabilities.

If a homeowner wants shingles on a curved roof, we ask three questions before pricing it seriously. First, does the roof meet code and manufacturer minimum slope requirements? Second, will the shingle bend without damage at the actual radius? Third, will the manufacturer approve the installation in writing? If the answer to any of those is no, the lower upfront price is not worth the risk.

Rank #3

Firestone RubberGard EPDM Rubber Roofing Membrane 60 Mil, 10 ft x 15 ft

• 60-Mil Liner: The Most Popular Material for New And Re-Roof, Low Slope, Roofing Applications
• Outstanding Durability And Low Life Cycle Cost Means Excellent Value
• Easily Contours to Unusual Roof Shapes. Perfect for Do-It-Yourself Homeowners or Roofing Contractors
• Flexible Material Allows Design Versitility and Easy Installation
• NOTE: If using for a deck or a roof, make sure you order a liner size slightly larger than your dimensional needs. We don't want to sell you more than you need, but getting an EXACT size will not be sufficient to cover your deck or roof correctly.

$220.00

Buy on Amazon

Specialty Materials: Copper, Zinc, Wood, Slate, and Tile

Some curved roofs are architectural features first and budget items second. In that category, copper, zinc, wood shakes, slate, and tile may be appropriate, but they require careful matching to the roof shape and structure.

Copper and zinc standing seam roofs are premium choices. They can look exceptional on curved dormers, rounded entries, and historic-style details. They also require specialist installation and a budget that reflects the material. Copper runoff can stain adjacent materials, and both copper and zinc need compatible fasteners, flashings, and underlayments.

Metal shingles and metal shakes are useful for turrets and small curved roof sections because smaller pieces can follow complex shapes better than long panels. Installed cost often falls around $8 to $16 per square foot in current guides, but curved or turret work can exceed that because every course takes more layout and hand-fitting.

Cedar shakes can work on some curved forms, but they are labor-heavy and less predictable on tight curves. Current 2026 ranges vary widely, from about $5.50 to $13.50 per square foot installed to $11.51 to $15.41 per square foot in Homewyse-type estimates. Curved roofs increase waste, sorting, flashing time, and maintenance concerns. Fire ratings, local restrictions, and ventilation details also matter.

Slate and tile are beautiful but heavy. Before considering them on a curved roof, the structure needs to be checked for dead load. Many asphalt roofs weigh roughly 2 to 4 pounds per square foot, while slate and tile can be several times heavier. Curved geometry adds complexity because individual pieces do not naturally bend. The roof usually needs small units, specialty cuts, and experienced installers.

2026 Curved Roof Cost Planning

For a normal roof replacement in the United States, broad 2026 benchmarks often land around $4 to $11 per square foot installed, with a national average near $9,500 to $9,605 for many standard replacements. Curved roofs commonly exceed standard pricing because they need more layout, specialty materials, custom trim, fall protection, and installer skill.

Price by measured roof area, not home square footage. A 2,000-square-foot home may have 2,300 to 3,000 square feet of roof surface depending on pitch, overhangs, dormers, and roof shape. Curves also affect waste. Long custom metal panels may have ordering minimums, freight requirements, and staging needs. Membrane roofs may need tapered insulation, cover board, thicker membrane, new drains, or upgraded edge metal.

Permit costs vary by city and county. For budgeting, roofing permits can range from a few hundred dollars to more than $1,000 depending on valuation, roof area, structural changes, material weight, decking replacement, insulation upgrades, and drainage work. Some 2026 membrane roofing budgets cite permit ranges around $400 to $1,700. The permit number itself is rarely the biggest cost, but the inspection requirements can affect schedule and detailing.

Code, Wind, Drainage, and Structural Details

Curved roofing has to comply with locally adopted building codes, and local code adoption can differ from national model code language. In many areas, the International Residential Code or International Building Code framework affects roof assemblies, underlayment, flashing, fire classification, slope, wind resistance, and material installation. The exact requirements depend on your jurisdiction and the version adopted locally.

Wind uplift is one of the biggest issues. Curved roof edges, canopies, and barrel roofs can experience strong uplift at perimeters and corners. In hurricane-prone or high-wind regions, fastening schedules, perimeter securement, clips, underlayment, sheathing attachment, and edge metal need to be designed as a system. A roof that looks fine in calm weather can fail at the edge during a storm if the attachment is weak.

Drainage also deserves more attention than it usually gets. A curved roof should have a clear water path. That may mean gutters at both sides of a barrel roof, internal drains on a commercial membrane roof, scuppers, overflow drainage, or tapered insulation to prevent low spots. We do not want water relying on sealant to find its way off the building.

Rank #4

EPDM Waterproofing Membrane Self-Adhesive Black 52 Mil

• Durable Construction: The EPDM waterproofing membrane is extremely durable and has a life expectancy of over 50 years in outdoor applications
• Robust Design: EPDM waterproof membrane is very robust thanks to its fiber reinforcement and overall thickness of 52 mil
• Weather-resistant Performance: EPDM waterproof membrane has an EPDM top layer that is suitable many applications and exposure to the weather conditions which makes it remain flexible and dont break even for decades
• Peel and Stick Installation: EPDM waterproof membrane is quick and easy to install, without the need for special knowledge or tools
• Clean Appearance: The EPDM waterproof membrane has a clean looking top layer in black which doesnt reflect the sun like aluminum does

$269.90

Buy on Amazon

Structural load matters when changing materials. Replacing asphalt with metal may reduce weight. Replacing asphalt with slate, tile, or a heavy assembly may require engineering review. Adding insulation, cover board, snow retention, solar equipment, or mechanical units also changes the load picture. On curved roofs, the framing may be custom, older, or decorative, so assumptions are risky.

What Causes Leaks on Curved Roofs

Most curved roof leaks we see are not caused by the main field material simply “wearing out.” They happen at transitions. Curved eaves, curved rake edges, valleys near a radius roof, penetrations, skylights, wall intersections, and low-slope tie-ins are the usual suspects.

Common leak sources include exposed fasteners that loosen from thermal movement, panels installed below approved slope, membrane seams with poor welds or contaminated adhesive areas, missing overflow drainage, underlayment that does not match the roof risk, and trim pieces bent on site without a reliable water path. Sealant-only details are another warning sign. Sealant has its place, but it should not be the primary roof design.

For curved metal roofs, we look closely at panel end conditions, clip spacing, seam closure, curved flashing, and whether the installer allowed for expansion and contraction. For membrane roofs, we inspect drain bowls, edge termination, inside and outside corners, pipe boots, curb flashing, and any place where the membrane had to be stretched or folded around the curve.

When to DIY vs. When to Hire a Pro

A curved roof is rarely a good full DIY roofing project. Even experienced homeowners should be cautious. The risks are fall exposure, water intrusion, voided warranties, and expensive material waste. Custom metal panels are not forgiving. If the measurements are wrong, the radius is wrong, or panels are damaged during handling, replacement panels can delay the job and add significant cost.

DIY may be reasonable for very small non-critical structures such as a garden shed, chicken coop, small shade canopy, or decorative outbuilding where the roof is low, access is safe, and the owner accepts maintenance. Even then, use manufacturer instructions, proper underlayment, compatible fasteners, and correct overlap. Do not use leftover interior materials, random screws, or flat-roof sealant as a roofing system.

Hire a professional for any occupied home, attached porch, commercial building, structural roof, steep or high roof, low-slope membrane roof, copper or zinc installation, turret, dome, or high-wind location. Also hire a pro when the job involves permits, insulation changes, deck replacement, drainage changes, or warranty-sensitive products. A curved roof requires coordination between framing, waterproofing, trim, and code compliance. That is not a good place to learn by trial and error.

Questions to Ask Before Choosing a Curved Roof Material

Before approving a roof proposal, ask for specifics. A good contractor should be able to explain the system without hiding behind generic product names.

Ask what the measured roof radius is, what the minimum approved radius is for the proposed material, and whether the manufacturer has confirmed the product for that curve and slope. Ask whether panels are factory-curved or site-curved. Ask what underlayment will be used, how penetrations will be flashed, what happens at the curved eaves and rakes, and how thermal movement is handled.

For metal, ask whether the roof uses concealed fasteners or exposed fasteners, what panel width and gauge are proposed, what seam type will be used, and what oil-canning expectations are realistic. For membranes, ask about membrane thickness, insulation R-value, cover board, attachment method, seam welding or sealing, drain layout, edge metal, and warranty term.

Ask what is included in the price: tear-off, disposal, decking repairs, permit fees, gutters, snow guards, trim, crane or lift access, and interior protection. Curved roofs often have more line items than standard roofs. A cheap proposal that leaves out curved trim, deck repair allowances, or permit requirements is not actually cheap.

Best Value

Pushglossy 1 Roll EPDM Rubber Roofing Membrane 50 Mil, 39" x 10 Ft, Black

• Vulcanized Epdm Rubber: made from vulcanized EPDM rubber, This 50 mil thick roofing membrane delivers exceptional tensile strength is built to handle tearing while keeping its structure intact; Engineered to withstand UV exposure, extreme temperature fluctuations, harsh weather conditions without cracking, shrinking, or degrading over time
• Butyl Rubber Adhesive Backing: bonded with an aggressive butyl rubber adhesive layer, this membrane creates a permanent waterproof seal the moment it contacts the surface; the butyl backing conforms tightly to irregular surfaces, eliminating gaps and preventing water infiltration at every edge and seam
• Waterproof & Ice/water Barrier Protection: creates a fully sealed, watertight barrier that prevents water infiltration, ice dam leaks, and moisture damage. conforms seamlessly to irregular surfaces, corners, and penetrations to eliminate vulnerable leak points on flat and low-slope roofs
• Versatile Fit For Multiple Applications: each roll covers 39" x 10ft (3.1m x 1m) and is ideal for rv roofs, garden sheds, garages, patios, gutters, skylights, and hvac duct sealing. the flexible rubber membrane adheres to wood, metal, concrete, and most roofing substrates with a permanent bond
• Reinforced Construction with Finish: the EPDM sheet keeps its surface integrity under standing water weather exposure; The white release liner ensures clean, precise peel stick application every time; A reliable waterproofing solution suitable for both residential commercial roofing projects

$78.99

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What Many Curved Roof Guides Miss

The common mistake is ranking materials by appearance alone. That is not how curved roofs succeed. The roof has to match the radius, slope, structure, weather exposure, and manufacturer approval. A material that works on a gentle arched porch may fail on a tight barrel roof. A product that performs well on a steep curve may be wrong for a low-slope commercial roof.

Many guides also skip warranty language. Manufacturer approval matters. If the installation falls outside the published slope limit, bend radius, fastening pattern, substrate requirement, or seam requirement, the warranty may not protect the owner. Written confirmation is especially important on custom curved metal and shingle installations.

Wind uplift and edge detailing are another gap. Curved roofs can create strong forces at corners, eaves, and canopies. The perimeter is often where failures start. A good roofing plan includes attachment schedules, compatible edge metal, proper underlayment, and inspection-ready details.

Lifecycle cost also matters. Asphalt may have the lowest upfront cost where it is allowed, but it may not be the lowest long-term cost if the curve shortens service life or creates leak risk. Curved standing seam metal costs more at installation, but it can be the better investment on a visible roof that needs durability and clean lines. Membranes are often the right answer when waterproofing matters more than appearance.

Our Practical Recommendation

For a visible curved residential or commercial roof with adequate slope, choose a mechanically seamed curved standing seam metal system from a manufacturer that approves the radius, slope, clips, substrate, and seaming method. For a low-slope curved roof, choose a properly detailed TPO, PVC, or EPDM membrane system with the right insulation, drainage, edge metal, and flashing. For a gentle curve where budget is tight, asphalt shingles may be acceptable only with manufacturer approval and code-compliant slope.

The best curved roof is not just a material choice. It is a system choice. The deck, underlayment, clips, seams, fasteners, trim, penetrations, drainage, wind rating, and permit requirements all have to work together. That is where a professional assessment pays for itself. On a curved roof, the expensive mistake is not choosing the premium material. The expensive mistake is choosing a material that was never suited to the curve in the first place.

Frequently Asked Questions

What is the best roofing material for a curved roof?

For most visible curved roofs, mechanically seamed curved standing seam metal is the best overall choice. It is durable, attractive, and can be formed to match many barrel, arched, and radius roof shapes. For low-slope curved roofs, TPO, PVC, or EPDM membrane roofing may be better.

Can asphalt shingles be installed on a curved roof?

Yes, but only on broad, gentle curves where the slope, bend radius, fastener pattern, and manufacturer instructions allow it. Asphalt shingles are usually a poor choice for tight-radius roofs, domes, low-slope curves, and many barrel roofs.

How much does a curved metal roof cost in 2026?

Standing seam metal commonly costs about $10 to $16 per square foot installed, with some installed estimates around $18.11 to $24.50 per square foot. Curved panels usually cost more than straight panels because of custom forming, curved trim, staging, and specialized labor.

What roofing material works best for a low-slope curved roof?

A single-ply membrane such as TPO, PVC, or EPDM is often the best choice for a low-slope curved roof. These systems provide continuous waterproofing and can conform to complex curves when the deck, insulation, seams, drainage, and edge details are properly built.

Do curved roofs need special permits or engineering?

Many curved roof projects require permits, and some need engineering review, especially when changing material weight, modifying framing, adding insulation, or building in a high-wind or snow-load region. Permit costs often range from a few hundred dollars to more than $1,000 depending on the jurisdiction and scope.

What causes leaks on curved roofs?

Leaks usually occur at transitions rather than in the open roof field. Common problem areas include curved eaves, rake edges, wall tie-ins, penetrations, skylights, drain locations, exposed fasteners, poor membrane seams, and flashing details that rely too heavily on sealant.

Quick Recap

Bestseller No. 1

10' X 20' Firestone RubberGard 45-Mil EPDM Roofing Rubber

Outstanding Durability And Low Life Cycle Cost Means Excellent Value; Flexible Material Allows Design Versitility and Easy Installation

$215.00

Bestseller No. 2

EPDM Waterproofing Membrane Self-Adhesive Black 52 Mil

$139.99

Bestseller No. 3

Firestone RubberGard EPDM Rubber Roofing Membrane 60 Mil, 10 ft x 15 ft

Outstanding Durability And Low Life Cycle Cost Means Excellent Value; Flexible Material Allows Design Versitility and Easy Installation

$220.00

Bestseller No. 4

EPDM Waterproofing Membrane Self-Adhesive Black 52 Mil

$269.90

Bestseller No. 5

Pushglossy 1 Roll EPDM Rubber Roofing Membrane 50 Mil, 39" x 10 Ft, Black

$78.99

Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.