The Best Roofing Materials Built for Cold Climates

A Minnesota roof does not face one predictable season. It may sit beneath heavy snow in January, collect ice during a February thaw, endure hail in spring, and reach high surface temperatures under the summer sun. The best roofing for cold weather must handle more than low temperatures. 

It needs to resist moisture, wind, impact damage, repeated freezing and thawing, and the weight of accumulated snow. The material must also work with proper attic insulation, ventilation, flashing, and drainage. For many Minnesota homes, architectural asphalt shingles and metal roofing provide the strongest balance of durability, availability, appearance, and cost. 

Slate and synthetic roofing can also perform well when the home, structure, and budget support them.

What Makes a Roofing Material Suitable for Cold Weather?

Cold-climate roofing materials need to remain stable through significant temperature changes.

Water can enter small gaps around shingles, fasteners, flashing, and roof penetrations. When that water freezes, it expands. Repeated freeze-thaw cycles can enlarge weaknesses and eventually create leaks.

A suitable roofing material should provide:

• Strong resistance to moisture
• Reliable performance during temperature swings
• Adequate wind resistance
• Protection against hail impact
• Compatibility with ice and water barriers
• Secure fastening in cold conditions
• A surface that does not crack easily
• Reasonable maintenance requirements
• Safe handling of snow and ice

The material is only part of the system. Even premium roofing can fail early when ventilation, underlayment, flashing, or installation is poor.

1. Architectural Asphalt Shingles

Architectural asphalt shingles are one of the most practical roofing choices for Minnesota homes.

They provide a familiar appearance, fit many home styles, and cost less than most premium materials. Modern architectural shingles are thicker and more dimensional than basic three-tab shingles.

Why Architectural Shingles Work in Minnesota

Quality architectural shingles can provide:

• Reliable water shedding
• Strong wind ratings
• Multiple impact-resistance options
• Easy access to replacement materials
• Broad color and style selection
• More affordable repairs
• Lower installation costs than metal or slate

For homeowners balancing performance and price, architectural shingles are often the leading choice.

Look for Impact-Resistant Shingles

Hail is a major concern across Minnesota. Some asphalt shingles receive impact-resistance classifications based on laboratory testing.

A Class 4 impact-resistant shingle is designed to withstand a higher level of impact than standard products. This does not make the roof hail-proof, but it may reduce damage from certain storms.

Homeowners should ask whether an impact-resistant product could qualify for an insurance discount. Eligibility depends on the insurer, product, property, and policy.

Cold-Weather Installation Matters

Asphalt shingles become less flexible in low temperatures. Their factory-applied sealant strips may also take longer to bond when sunlight and roof-surface temperatures are limited.

The Asphalt Roofing Manufacturers Association advises following product-specific cold-weather installation instructions and keeping the roof surface free from frost, snow, and ice. Additional hand-sealing may be required under certain conditions.

A rushed winter installation can lead to:

• Cracked shingles
• Poor sealing
• Lifted tabs
• Misplaced fasteners
• Wind vulnerability
• Surface damage from handling

Asphalt shingles can be installed successfully in cold climates, but the crew must adjust its storage, handling, fastening, and sealing methods.

Potential Drawbacks

Architectural shingles generally do not last as long as premium metal or slate. They can also lose granules, develop storm damage, or become brittle as they age.

They remain an excellent value when installed correctly over a properly prepared roof deck.

2. Standing Seam Metal Roofing

Standing seam metal roofing is one of the strongest long-term options for cold climates.

The panels connect with raised seams that help keep fasteners and vulnerable joints above the main drainage surface. Many systems use concealed clips or fasteners, creating a cleaner appearance and allowing controlled thermal movement.

Why Metal Performs Well in Cold Climates

Metal roofing offers several benefits:

• It does not absorb water
• It handles repeated freezing and thawing well
• It can shed snow efficiently
• It resists cracking in low temperatures
• It requires less routine maintenance than many materials
• It can provide a long service life
• It is resistant to rot and insect damage

Metal panels also have fewer horizontal joints than asphalt shingles. That can reduce the number of areas where wind-driven rain or melting snow may enter.

Snow Shedding Can Be a Benefit and a Risk

A smooth metal roof may release a large sheet of snow without warning.

That can reduce snow buildup on some roof areas, but it can also create danger above:

• Entry doors
• Walkways
• Driveways
• Decks
• Heat pumps
• Landscaping
• Lower roof sections

Snow guards or snow-retention systems can help control how snow leaves the roof. These components should be planned as part of the roofing system rather than added without considering panel type and attachment requirements.

Is Metal Roofing Good Against Hail?

Metal does not crack like some rigid roofing products, but severe hail can dent panels.

The amount of visible damage depends on:

• Metal thickness
• Panel profile
• Type of metal
• Roof slope
• Storm severity
• Underlying deck
• Surface finish

Cosmetic denting may not create an immediate leak. However, seams, coatings, flashing, and penetrations should still be inspected after a major hailstorm.

Potential Drawbacks

Standing seam metal roofing usually costs considerably more upfront than asphalt shingles.

It also requires experienced installers. Poorly designed panel lengths, clips, seams, fasteners, and penetrations can restrict normal expansion and contraction or create leak points.

Metal is one of the best roofing materials for cold weather, but only when the system is designed and installed correctly.

3. Stone-Coated Steel Roofing

Stone-coated steel combines the strength of metal with the textured appearance of shingles, shakes, or tile.

The roofing panels or pieces are formed from steel and covered with protective coatings and stone granules.

Cold-Climate Benefits

Stone-coated steel may provide:

• Strong resistance to snow and moisture
• Lower weight than natural slate or concrete tile
• Multiple traditional styles
• Better resistance to cracking than many rigid materials
• Good wind performance when properly installed
• Durable protection through freeze-thaw cycles

The textured surface may hold snow differently from smooth standing seam panels. Snow behavior depends on the roof slope, panel profile, weather, and installation system.

Potential Drawbacks

Stone-coated steel costs more than standard asphalt shingles. Repairs can also require a contractor familiar with the specific panel profile.

Homeowners should review:

• Impact ratings
• Coating warranties
• Fastening methods
• Ventilation requirements
• Repair availability
• Installer experience

It can be a good option for homeowners who want metal performance without the appearance of long standing seam panels.

4. Natural Slate Roofing

Slate is a premium roofing material known for its appearance and long potential service life.

Individual slate tiles are dense, naturally resistant to water, and capable of handling severe weather when properly selected and installed.

Why Slate Can Work in Cold Climates

Quality slate provides:

• Strong resistance to freeze-thaw exposure
• Low water absorption
• Excellent fire resistance
• Long-term durability
• A distinctive natural appearance

Slate does not rely on a surface coating to create its color. Each piece is natural stone.

Structural Weight Matters

Slate is significantly heavier than asphalt shingles and many metal systems.

Before choosing slate, a qualified professional may need to evaluate whether the roof framing can safely support it. Structural reinforcement may be required, particularly when replacing a lightweight roofing material.

Snow load must also be considered. FEMA notes that excessive snow accumulation can place serious stress on a roof structure, especially when the load exceeds the building’s design conditions.

The roofing material and expected winter loading both matter when reviewing structural capacity.

Potential Drawbacks

Slate is expensive and requires specialized installation.

Individual pieces can crack when struck, walked on incorrectly, or handled during other exterior work. Repairs should be completed by someone familiar with slate rather than treated like a standard shingle repair.

Slate can be an excellent cold-climate roof, but it is not the practical choice for every Minnesota home.

5. Synthetic Slate and Composite Shingles

Synthetic roofing products are designed to imitate slate, cedar shake, or other premium materials.

They may be manufactured from polymers, recycled materials, rubber blends, or other engineered compounds. Product quality and performance vary significantly between manufacturers.

Benefits for Cold-Climate Homes

A strong synthetic system may offer:

• Lower weight than natural slate
• Resistance to moisture absorption
• Impact-resistant product options
• Easier handling than natural stone
• Traditional or premium appearance
• Less risk of cracking during normal installation
• Compatibility with complex roof shapes

Synthetic slate can be useful when a homeowner wants the appearance of natural slate without its full weight or cost.

Product Research Is Essential

“Synthetic roofing” is a broad category. One product may perform very differently from another.

Before choosing a composite roof, review:

• Temperature ratings
• Freeze-thaw testing
• Impact classification
• Wind warranty
• Fire classification
• Installation instructions
• Product history
• Labor warranty
• Availability of matching replacement pieces

Homeowners should avoid selecting synthetic roofing based only on appearance.

6. Cedar Shakes and Shingles

Cedar roofing can create a natural appearance that suits cabins, historic properties, and certain custom homes.

Wood also has natural insulating characteristics. However, cedar requires more maintenance and careful design than asphalt or metal.

Cold-Climate Strengths

Properly installed cedar can:

• Handle temperature changes
• Provide a distinctive appearance
• Allow individual piece replacement
• Offer a textured surface that may slow snow movement

Moisture Is the Main Concern

Cedar needs opportunities to dry.

Shade, debris, poor ventilation, moss, wet leaves, and constant moisture can contribute to decay. Repeated snow coverage may keep vulnerable areas damp for extended periods.

A cedar roof may require:

• Regular cleaning
• Moss and algae control
• Replacement of split pieces
• Inspection of fasteners
• Treatment appropriate for the product
• Strong attic and roof ventilation

Cedar may work in Minnesota, but it is rarely the lowest-maintenance choice.

7. Low-Slope Roofing Membranes

Not every residential roof uses a steep shingle or metal surface.

Home additions, porches, modern homes, garages, and multifamily buildings may contain low-slope sections. These areas need materials designed for slower drainage.

Common options include:

• EPDM roofing
• TPO roofing
• PVC roofing
• Modified bitumen

Standard asphalt shingles should not be used below the minimum roof slope allowed by the product instructions and applicable code.

EPDM Roofing

EPDM is a rubber-based membrane commonly used on low-slope roofs. It remains flexible in cold conditions and can perform well when seams, penetrations, edges, and drainage are properly detailed.

TPO and PVC Roofing

TPO and PVC use heat-welded seams. Both can provide dependable water protection, but product selection and installation quality matter.

A low-slope system must account for:

• Ponding water
• Snow accumulation
• Drain placement
• Scuppers
• Roof edges
• Penetrations
• Membrane movement
• Insulation beneath the membrane

The best low-slope material depends on the building design and how the roof drains.

Roofing Materials That Require Extra Caution in Minnesota

Some materials can work in cold regions but may introduce additional concerns.

Clay Tile

Clay tile is durable in suitable climates, but products with higher water absorption may be vulnerable to freeze-thaw damage.

Only tiles specifically rated for freezing climates should be considered. The roof structure must also support the material’s weight.

Concrete Tile

Concrete tile may withstand cold weather when properly manufactured and installed, but it is heavy. Impact damage, water absorption, and freeze-thaw exposure should be evaluated.

Basic Three-Tab Shingles

Three-tab shingles are usually lighter and less dimensional than architectural shingles. They may offer lower wind resistance and a shorter practical service life.

For homeowners already investing in a full roof replacement, architectural shingles often provide better long-term value.

The Underlayment Is Just as Important as the Roof Covering

The visible roofing material is the first layer of defense, but it should not be the only layer.

Underlayment protects the roof deck beneath shingles, panels, slate, or other coverings.

Minnesota roofing systems may use:

• Synthetic underlayment
• Asphalt-saturated felt
• Ice and water barrier
• High-temperature underlayment beneath certain metal roofs

Ice and water barrier is especially important around roof areas vulnerable to backed-up moisture.

These may include:

• Eaves
• Valleys
• Chimneys
• Skylights
• Roof-to-wall intersections
• Plumbing vents
• Low-slope transitions

The exact placement should follow local code, roof design, and manufacturer instructions.

Ice Dams Are Not Mainly a Roofing Material Problem

Homeowners sometimes expect a new roof covering to eliminate ice dams.

Roofing materials can affect how snow behaves, but ice dams usually result from uneven roof temperatures.

Heat escaping into the attic warms the upper roof surface. Snow melts and flows toward the colder eaves. The water then refreezes and forms a dam.

As the ice grows, water can back up beneath roofing materials.

A complete ice-dam strategy may include:

• Air sealing
• Attic insulation
• Balanced ventilation
• Proper bath fan venting
• Ice and water barrier
• Gutter maintenance
• Correct roof flashing

Replacing shingles without correcting attic heat loss may leave the main cause unresolved.

Ventilation Protects Cold-Climate Roofing

Attic ventilation helps move heat and moisture out of the roof system.

A balanced design usually includes intake ventilation near the lower roof and exhaust ventilation near the ridge or upper roof.

Poor ventilation can contribute to:

• Attic condensation
• Frost on roof decking
• Mold-like growth
• Wet insulation
• Rusted fasteners
• Ice dams
• Premature shingle aging

Adding random roof vents is not always the solution. Too much exhaust without enough intake can create an unbalanced system.

Ventilation should be evaluated as part of the roof replacement plan.

Roof Color Still Matters in a Cold Climate

Dark roofing absorbs more solar heat, while lighter or reflective surfaces absorb less.

A darker roof may help melt small amounts of snow under certain sunny conditions, but roof color does not prevent ice dams. Attic heat loss and roof geometry have a much greater effect.

Reflective roofing may reduce summer heat gain. The U.S. Department of Energy notes that cool roofing surfaces reflect more sunlight and absorb less heat, which can reduce heat transfer into a building.

Minnesota homeowners should balance:

• Summer cooling
• Winter conditions
• Home color
• Neighborhood appearance
• Material availability
• Roof slope
• Reflectivity requirements

Color should support the overall roofing plan rather than replace proper insulation or ventilation.

How to Choose the Best Roofing for Cold Weather

There is no single material that fits every house.

The right option depends on the property, budget, roof structure, and long-term plans.

Choose Architectural Shingles When

Architectural shingles may be the best fit when:

• Budget is a major factor
• You want a traditional appearance
• Easy repairs matter
• The roof has a standard residential design
• You want multiple impact-resistant choices

Choose Standing Seam Metal When

Metal may be the better choice when:

• Long-term durability is the priority
• You plan to remain in the home
• The budget supports a higher upfront cost
• Snow management can be planned safely
• You want fewer exposed joints and fasteners

Choose Slate When

Slate may make sense when:

• The home can support the weight
• Historic or premium appearance matters
• Specialized installers are available
• The budget allows a high-end system
• Long service life is the main goal

Choose Synthetic Roofing When

Synthetic slate or shake may work when:

• You want a premium appearance
• Natural slate is too heavy
• Impact resistance is important
• The specific product has strong cold-weather testing
• Replacement pieces will remain available

Do Not Choose Roofing Material by Warranty Length Alone

A long manufacturer warranty does not guarantee that every type of damage is covered.

Roofing warranties may contain separate terms for:

• Manufacturing defects
• Wind damage
• Algae resistance
• Impact damage
• Labor
• Tear-off costs
• Disposal
• Transfer to a new owner
• Prorated coverage

Storm damage, installation mistakes, poor ventilation, and structural movement may be excluded.

Ask the roofing contractor to explain both the manufacturer warranty and the workmanship warranty.

Installation Quality Often Matters More Than the Brand

Premium roofing materials can still fail when incorrectly installed.

A cold-climate roof replacement should address:

• Roof deck condition
• Correct fastener placement
• Ice and water barrier
• Valley construction
• Chimney flashing
• Wall flashing
• Vent boots
• Drip edge
• Attic ventilation
• Manufacturer-required components
• Proper cold-weather handling

Minnesota regulations and local permitting requirements may also affect the installation. Roofing materials should be installed according to applicable building requirements and the manufacturer’s published instructions.

A detailed scope helps homeowners compare contractors based on the full roofing system rather than price alone.

Which Roofing Material Offers the Best Overall Value?

For most Minnesota homeowners, architectural asphalt shingles provide the best balance of cost, appearance, repairability, and cold-weather performance.

For homeowners focused on long-term durability, standing seam metal is often the strongest upgrade.

Slate provides exceptional durability but comes with major structural and budget considerations. Synthetic materials can fill the gap when a premium appearance is wanted without the full weight of natural stone.

The best material is the one that:

• Fits the home’s structure
• Matches the roof slope
• Handles local weather
• Meets the homeowner’s budget
• Can be installed by an experienced crew
• Includes a clear warranty
• Works with proper ventilation and underlayment

Get Help Choosing a Cold-Climate Roofing System

Selecting the best roofing for cold weather requires more than choosing between shingles and metal.

The roof deck, slope, attic, ventilation, flashing, drainage, snow movement, and storm exposure all affect the final recommendation.

Rival Roofing helps Minnesota homeowners compare roofing materials based on the actual condition and design of their homes. The goal is to build a complete system that can handle snow, ice, hail, wind, and repeated temperature changes.

Schedule a roof inspection or replacement estimate with Rival Roofing to compare cold-climate materials and receive a clear roofing plan for your property.

Frequently Asked Questions