Roofing Companies Near Me Ga Archives

Tag Archive for: Roofing Companies Near Me Ga

Membrane Roofs – How They Stay in Place

Wondering what keeps a membrane roof from blowing off in a storm? Knowing how membrane roofing systems are fastened or adhered to your structure will keep you from stressing over your roof when severe weather strikes.

newimageroofingatlanta.com gathered essential information about membrane roofing types, benefits, drawbacks, adherence methods, and maintenance programs.

Membrane Roofing Systems

Each membrane roofing type offers distinct advantages and drawbacks based on material composition, climate suitability, cost, and installation requirements.

1. EPDM (Ethylene Propylene Diene Monomer)

Benefits:

Highly resistant to UV radiation and ozone
Performs well in both hot and cold temperatures
Easy to install and maintain
Flexible and long-lasting

Drawbacks:

Black color absorbs heat, which can increase cooling costs
Vulnerable to punctures from sharp objects
May shrink over time if not installed properly

2. TPO (Thermoplastic Polyolefin)

Benefits:

White reflective surface reduces energy costs
Resistant to mold, tears, and punctures
Heat-weldable seams create a waterproof bond
Lightweight and environmentally friendly

Drawbacks:

Durability can vary depending on the manufacturer’s quality
Newer material, so long-term performance is still under review
It can become brittle in cold weather if improperly installed

3. PVC (Polyvinyl Chloride)

Benefits:

Excellent chemical and grease resistance
Welded seams provide superior waterproofing
High reflectivity helps reduce heat buildup
Proven track record in commercial applications

Drawbacks:

More expensive than EPDM and TPO
It can become brittle over time in colder climates
Environmental concerns regarding plasticizers used during manufacturing

4. Modified Bitumen

Benefits:

Durable and puncture-resistant
Easy to repair with torches or adhesives
Ideal for roofs with heavy foot traffic
Good resistance to temperature extremes

Drawbacks:

Installation often requires open flame or hot asphalt
Less flexible than single-ply systems
Shorter lifespan compared to EPDM or PVC

How Membrane Roofs Stay in Place

Membrane roofs, often used on flat or low-slope roofs, remain secure through specific installation methods engineered to resist wind uplift and external forces. The method chosen depends on the membrane, climate, building structure, and budget. Below are the most common techniques:

1. Mechanical Fastening

This method involves physically anchoring the membrane to the roof deck using screws and metal plates. Fasteners are placed at regular intervals, typically within membrane seams, which are then overlapped to hide and protect them.

Advantages:

Cost-effective
Fast installation
Suitable for various temperatures and weather conditions

Limitations:

Higher potential for air infiltration
It can be extremely noisy during strong winds
It may require more maintenance at seams and fastener points

2. Full Adhesion

In a fully adhered system, installers apply contact adhesive to both the membrane and substrate, creating a continuous and secure bond across the entire roof surface.

Advantages:

Excellent resistance to wind uplift
Watertight seals reduce leaks
Enhances energy efficiency by minimizing air pockets

Limitations:

Requires dry, clean conditions for proper bonding
More expensive than mechanically fastened systems
Adhesive application may extend installation time

3. Ballasted Installation

Ballasted systems involve laying the membrane loosely over the insulation and securing it with heavy materials (gravel, pavers, or river stones). The weight holds the membrane in place and shields it from weather and UV rays.

Advantages:

Simple and fast to install
Very durable with added thermal mass
Easily removable for repairs or roof access

Limitations:

Adds significant weight to the structure
It can be difficult to detect leaks beneath the ballast
Not ideal for high-wind zones or buildings with low load capacity

Additional Membrane Reinforcement Methods

Besides the principal anchoring methods, membrane roofs include several features that enhance their longevity and resistance to uplift and leaks:

Seam Sealing: Seams are critical points in roofing. For TPO and PVC, seams are heat-welded; for EPDM, seams are bonded using rubber adhesive or seam tape. Proper sealing ensures waterproofing and structural integrity.

Flashing: Flashing around roof edges, vents, drains, and penetrations forms a continuous barrier against water intrusion and wind damage.

Edge Reinforcement: Fasteners are often added along roof perimeters and penetrations to secure vulnerable areas and improve resistance during storms or high winds.

Preventing Leaks with Roof Maintenance

Commercial membrane flat roofs are straightforward but still require attention at times. Regular inspections and proactive maintenance can prevent costly damage and extend the lifespan of the entire roof system.

New Image Roofing Atlanta offers commercial roof maintenance programs designed to:

Identify early signs of wear or damage around boots, seals, and flashing
Reapply or repair flashing and sealants
Clear debris that could cause pooling/ponding water
Document roof conditions for warranty and insurance purposes
Schedule preventative maintenance to avoid unplanned downtime or repairs

A well-maintained roof can last significantly longer, and proactive care reduces emergency service costs.

Key Considerations for Adhering Membrane Roofing

Selecting the correct method for adhering membrane roofing systems to substrates depends on multiple variables assessed during planning and design.

1. Roof Structure and Load Capacity:

Not every building can handle the weight added by a ballasted system. Before installation, engineers must evaluate whether the structure can support the chosen method.

2. Climate Conditions:

Regions with high winds or extreme weather require stronger adherence methods, like fully adhered or mechanically fastened systems. Ballasted systems may not be ideal for areas that experience hurricanes.

3. Energy Efficiency Goals:

White membranes (TPO and PVC) reflect sunlight and reduce heat gain, which contributes to energy savings. Fully adhered systems offer better insulation performance by eliminating air gaps.

4. Installation Environment:

Fully adhered roofs require specific temperature and moisture conditions for adhesives to cure properly. Mechanical fastening may be a better choice in colder or damp climates.

5. Maintenance and Accessibility:

If the roof requires frequent access, a ballasted or mechanically fastened system may be easier to inspect and maintain. Fully adhered roofs are best for minimal foot traffic to preserve membrane integrity.

Careful evaluation of these factors ensures not only proper installation but also long-term durability and performance.

Keeping Your Membrane Roof in Place

In this article, you discovered essential information about commercial membrane roofing types (benefits and drawbacks), adherence methods, and maintenance programs.

Membrane roofing systems provide long-lasting, weather-resistant protection when selected and installed. Whether choosing mechanical fastening, full adhesion, or ballast, each method plays a key role in ensuring roof stability.

Failure to understand how secure membrane roofing systems are will leave you paranoid about your roof every time the wind blows.

Sources:
panamacity.gov/DocumentCenter/View/3187/3533_en_VersiFleece_PVC_FullyAdhered_System_Sheet?bidId=
nps.gov/crps/tps/roofingexhibit/roofingtoday.htm
hud.gov/sites/dfiles/OCHCO/documents/1037L.pdf

New Image Roofing Atlanta

2020 Howell Mill Rd NW Suite 232
Atlanta, GA 30318
(404) 680-0041

July 5, 2025/by Hayley Mace

Residential Roof Leak Prevention – Flashing and Seals

Residential Roofing

Is your leaking roof causing unsightly water damage and stains on your ceiling and walls? Understanding how your roof’s flashing and seals work in tandem with your roofing system helps you keep roof maintenance current and prevent nuisance leaks.

newimageroofingatlanta.com gathered essential information on how roof flashing, sealants, and boots prevent leaks. And how a maintenance program extends your roof’s lifespan.

Roof Flashing Types in Residential Roofing

Flashing acts as a directional barrier, guiding water safely off the roof and away from joints and intersections. It is most commonly made from aluminum, galvanized steel, or copper and installed where the roof surface meets vertical walls, chimneys, and roof valleys.

Step Flashing

Use: Applied where roofing meets vertical walls (around dormers and chimneys). Each piece overlaps the next, like steps, ensuring water flows downward.

Benefits:

Effective water redirection
Easily replaceable in sections

Drawbacks:

Requires careful installation
Misaligned pieces can cause leaks

Continuous (Apron) Flashing

Use: Sections of metal where the roof meets walls or chimneys.

Benefits:

Quick installation
Fewer pieces mean fewer potential weak points

Drawbacks:

Less flexible than step flashing
Prone to warping over time due to thermal movement

Valley Flashing

Use: Installed in valleys where two roof slopes meet, where water flow is most concentrated.

Benefits:

Provides durable protection in high-flow zones
Reduces buildup of debris and ice

Drawbacks:

Requires regular cleaning
Improper sizing may restrict water flow

Drip Edge Flashing

Use: Installed along eaves and rakes to protect the edges and guide water into gutters.

Benefits:

Prevents water from seeping under shingles
Protects fascia boards from rot

Drawbacks:

Often omitted on older roofs
Loosens when not securely nailed

Chimney and Skylight Flashing

Use: Custom-fit flashing designed to wrap around the base and sides of chimneys or skylights.

Benefits:

Critical for leak-prone features
Designed to adapt to unique shapes

Drawbacks:

Labor-intensive to install
Must be inspected regularly for separation or cracking

Roof Sealant Types

Sealants are flexible, weather-resistant compounds applied to fill joints, cracks, and gaps around flashing and other roofing features. They serve as a watertight backup system.

Silicone Sealants

Benefits:

Excellent UV resistance
Remains flexible in hot or cold climates

Drawbacks:

Not paintable
May be more expensive than other options

Urethane Sealants

Benefits:

Strong adhesion to various materials
Paintable and highly durable

Drawbacks:

Shorter lifespan under UV exposure
Requires a clean, dry surface for proper bonding

Acrylic Sealants

Benefits:

Cost-effective and easy to apply
Suitable for most climates

Drawbacks:

Shorter lifespan
May dry out and crack in extreme temperatures

Sealants complement flashing by sealing fine gaps, imperfections, or joints where water might infiltrate. Their flexible nature ensures that minor structural shifts or temperature changes don’t break the seal.

Residential Roof Penetration Boots

Penetration boots, also called pipe boots or flashing boots, surround vent pipes and plumbing penetrations.

Construction: Usually rubber or silicone collars fitted over pipes and sealed into the roof using metal flashing and adhesive.

Benefits:

Provide a waterproof seal around vent stacks
Flexible collar expands and contracts with weather

Drawbacks:

Rubber boots degrade under UV exposure
Should be inspected every 3–5 years

Boots fill a critical gap in roof protection. Without them, every vent pipe becomes a leak hazard.

How Flashing, Sealants, and Boots Prevent Leaks

Flashing redirects water away from weak points. Sealants fill gaps and cracks. Penetration boots seal around protrusions. Together, they create a watertight system designed to defend every vulnerable inch of a roof.

Flashing is placed to overlap shingles and other roofing materials, creating a seamless path for water to flow away from walls, chimneys, and valleys.
Sealants are applied where flashing meets surfaces (forming a continuous water barrier).
Boots wrap around pipes and are tightly sealed into roofing layers, eliminating gaps where water could enter.

New Image Roofing Atlanta Maintenance Program

A professionally managed roof maintenance program ensures that flashing, sealants, and boots are inspected and maintained. At New Image Roofing Atlanta, our maintenance program is designed to extend the life of residential roofs by identifying potential failures before they result in leaks.

Here’s what homeowners can expect:

Bi-annual inspections to assess roof condition and document wear
Sealant touch-ups where weather or time has degraded existing materials
Flashing and boot replacement when rust, separation, or UV damage is found
Gutter and valley cleaning to maintain proper water flow

Many leaks develop slowly. Tiny cracks or separations in flashing and boots can go unnoticed until significant water damage occurs. We help homeowners avoid costly repairs and maximize roof lifespan. With regular maintenance, roofs that would fail after 15 years can often last 25 or more.

Key Considerations for Residential Roof Flashing, Boots, and Seals

Choosing flashing and sealant materials is only half the equation. Proper installation and inspections are essential to leak prevention.

1. Climate and UV Exposure:

Roofs in hot, sunny climates need materials that can resist intense UV rays. Silicone sealants and aluminum flashing perform well in these conditions, while rubber boots may degrade more quickly without UV protection.

2. Roof Slope and Drainage:

Low-slope roofs require robust flashing in valleys and seams as water moves slowly, increasing chances for seepage. Drip edges and fully sealed flashing should always be included in these systems.

3. Material Compatibility:

Mixing metals like copper and galvanized steel can result in galvanic corrosion. Installers must ensure all components are compatible and properly bonded.

4. Building Movement:

Temperature, soil conditions, and settling cause a home to shift. Sealants and boots must be flexible with these shifts. Silicone-based products provide superior elasticity.

5. Maintenance Intervals:

Flashing may last decades, but sealants and boots require attention every few years. Inspect roofs biannually (spring and fall are ideal).

6. Contractor Experience:

Improperly installed flashing can do more harm than good. Always hire qualified contractors with experience in your specific roofing.

Flashing, Seals, and Boots

In this article, you discovered essential information about how roof flashing, sealants, and penetration boots prevent leaks (and why a maintenance program can extend your roof’s lifespan).

A watertight roof is protected at every seam, slope, and pipe. Flashing, sealants, and boots are essential components in residential roofing. With thoughtful material selection, professional installation, and regular maintenance from trusted providers like New Image Roofing Atlanta, your roof can withstand a significantly longer lifespan.

Failure to maintain your roof’s flashing, sealants, and penetration boots can result in pesky leaks, unsightly water damage, and costly repairs.

Sources:
fema.gov/node/618044
basc.pnnl.gov/resource-guides/flashing-penetrations-existing-roofs
extension.umn.edu/protecting-home-rain-and-ice/sealing-roofs-walls-windows-and-doors-keep-water-out

New Image Roofing Atlanta

2020 Howell Mill Rd NW Suite 232
Atlanta, GA 30318
(404) 680-0041

July 1, 2025/by Hayley Mace

Leaking Metal Roofs

Commercial Roofing

Is your commercial metal roof causing mayhem with frequent damaging leaks? Knowing why metal roofing systems can leak and how to fix them will help you avoid business closure and significant revenue loss.

newimageroofingatlanta.com gathered essential information about metal roofing system leak causes and solutions and how a maintenance program with New Image Roofing Atlanta can help secure your structure and business.

Metal Roof Leak Causes and Solutions

Metal roofs are known for their durability, energy efficiency, and longevity, often lasting 40 to 70 years when properly maintained. However, metal roofs are not immune to damage. Metal roof leaks typically arise from aging materials, poor installation, or environmental exposure. Below are common causes metal roofs may leak and their solutions:

1. Improper Fastener Installation

Cause: Overdriven, underdriven, or misaligned screws allow water to seep through.
Solution: Inspect and replace fasteners with the correct torque. Use neoprene washers for sealing.

2. Failed Seams or Laps

Cause: Expansion and contraction from temperature changes loosen panel seams over time.
Solution: Apply seam sealant or install standing seam clamps. Regular resealing is key.

3. Missing or Damaged Sealant

Cause: UV exposure or age breaks down sealant around joints and penetrations.
Solution: Remove deteriorated sealant and apply high-performance, UV-resistant roof sealant.

4. Rust and Corrosion

Cause: Prolonged exposure to moisture leads to metal oxidation.
Solution: Remove rust with wire brushing and treat with corrosion-resistant coating or replace sections.

5. Clogged or Damaged Gutters

Cause: Water overflows and penetrates roof edges when drainage is restricted.
Solution: Clear debris and install guards. Re-angle gutters to ensure proper water flow.

Read more about commercial gutters at newimageroofingatlanta.com/commercial-gutter-systems-everything-you-need-to-know

6. Improper Flashing

Cause: Incorrect or failed flashing around chimneys, vents, and edges causes entry points for water.
Solution: Replace faulty flashing with correctly sized, watertight alternatives.

7. Roof Penetrations (Vents, HVAC, Skylights)

Cause: Water seeps in where the roof is punctured for utilities or structures.
Solution: Reseal or reflash penetrations using compatible materials and secure closures.

For more on roof penetrations, read THIS article.

8. Punctures or Impact Damage

Cause: Hail, falling branches, foot traffic dents, or punctures in panels.
Solution: Patch minor holes with metal-compatible sealant or replace panels in severe cases.

Tip: With the right approach, including a professional maintenance plan, costly repairs can be avoided and roof performance maximized.

How New Image Roofing Atlanta’s Maintenance Program Helps

Preventive maintenance is critical for extending the life of a metal roof. New Image Roofing Atlanta offers comprehensive maintenance programs that identify vulnerabilities before they become significant problems.

Program Benefits Include:

Proactive Leak Detection – Regular inspections pinpoint areas of concern like worn fasteners, rust, or loose panels.
Sealant and Flashing Updates – Teams reseal problem areas with durable, weather-resistant materials.
Cleaning and Debris Removal – Roofs and gutters are cleared of leaves and debris to ensure proper drainage.
Detailed Condition Reports – Documented findings and photos help plan budgets and prevent surprise repairs.
Customized Maintenance Schedules – Plans are tailored to your roof’s age, material, and usage for maximum effectiveness.

With consistent care, your metal roof can exceed its expected lifespan, remain watertight, and maintain energy efficiency.

Metal Roof Inspection Guide

Routine inspections help homeowners and facility managers catch potential issues early. Use this guide to evaluate metal roofs for signs of damage or wear:

Check for Loose or Missing Fasteners – Inspect all visible screws for tightness and secure fit.
Examine Panel Seams – Look for separation or visible gaps between metal panels.
Inspect Flashing – Ensure flashing around penetrations is firmly attached and sealed.
Look for Rust or Discoloration – Identify corrosion and address it promptly.
Assess Sealant Conditions – Cracked, peeling, or missing sealant should be replaced.
Inspect Gutters and Downspouts – Remove blockages and verify that water flows away from the building.
Look for Dents or Punctures – Assess recent storm or impact damage, especially after hail events.
Evaluate Roof Slope Drainage – Confirm that ponding water is not collecting in low areas.

Schedule professional inspections at least twice yearly – especially before and after storm seasons.

Four Reasons to Hire New Image Roofing Atlanta

Metal Roofing Expertise – New Image Roofing Atlanta specializes in metal systems and understands their unique vulnerabilities.
Proven Leak Prevention – Through skilled inspections and high-quality maintenance programs, the company prevents water damage before it starts.
Responsive Service – Prompt response times and clear communication ensure minimal disruption and quick resolutions.
Honest, Transparent Estimates – Homeowners and property managers receive detailed assessments and fair pricing without hidden fees.

Whether you’re facing a minor leak or need a long-term partner in roof preservation, New Image Roofing Atlanta brings experience, reliability, and local dedication to every job.

Leaking Metal Roof Causes and Solutions

In this article, you discovered crucial information about leaking metal roofing systems – causes and solutions and how a maintenance program with New Image Roofing Atlanta can help secure your structure and business.

Your ability to detect problems with your metal roof and get them quickly solved will keep your business operating seamlessly while keeping your assets and employees safe and secure.

Failure to address problem areas and leaks on your commercial metal roof can cause business interruptions, revenue loss, and costly structural damage.

Sources:
disastersafety.org/maintenance/how-to-inspect-and-maintain-your-commercial-roof
ibhs.org/guidance/ricowi-roof-guide-low-slope-metal

New Image Roofing Atlanta

2020 Howell Mill Rd NW Suite 232
Atlanta, GA 30318
(404) 680-0041

June 6, 2025/by Hayley Mace

Shake Shingles – What You Need To Know

Residential Roofing

Are you looking for a way to increase your home’s charm, curb appeal, and value? Understanding how shake shingles are made, installed, and maintained will help you decide if they work for your home.

New Image Roofing Atlanta gathered information about shake shingles, what they are, what they are made from, their lifespan, their potential issues, shake shingle maintenance, and why you should hire New Image Roofing Atlanta.

What Are Shake Shingles?

Shake shingles are wooden or wood-look tiles used as roofing or siding material. Unlike uniform-cut shingles, shakes are traditionally hand-split from logs—giving them a more rugged, irregular look with varied thickness. This makes them highly desirable for homeowners seeking a more organic, natural appearance. Whether you want cedar shakes or a modern composite alternative, understanding their unique challenges is the first step toward preserving their value. Consider the following information:

Roof vs. Siding Shake Shingles

Though they may appear similar, shake shingles used for roofing and siding are manufactured and installed differently:

Roof Shake Shingles

Designed to shed water and resist uplift from wind
Thicker and more durable to endure foot traffic and weather

These shingles are installed in overlapping layers with underlayment for waterproofing.

Siding Shake Shingles

Primarily aesthetic, with less exposure to pooling water
Lighter in weight and can be decorative or functional
Used to accent gables, dormers, or walls

Proper installation and use of each type are essential for performance and longevity.

Note: Some roofers will use shake shingles (intended for siding) on the roof to cut costs. This is unethical and can lead to premature leaks and roof failure. Knowing how the two differ will help you spot any irregularities.

Alternate Materials for Shake Shingles

Modern building demands have led to various shake shingle alternatives that offer similar aesthetics with improved durability:

Cedar Wood

Traditional, natural look
Requires treatment for fire, insects, and moisture

Synthetic Composite

Made from recycled polymers or rubber
Resists rot, fire, and UV damage

Engineered Wood

Combines real wood and resin
Pre-treated for weather and pest resistance

Fiber Cement

Mimics wood grain
Fireproof and resistant to warping and cracking

Metal Shake Panels

Lightweight and durable
Often coated for a wood-like finish

Each material varies in cost, lifespan, and maintenance requirements but provides homeowners more flexibility in design and performance.

Shake Shingle Lifespan and Common Problems

Expected Lifespan (Well-Maintained)

Cedar Wood Shakes: 20–40 years
Synthetic/Composite Shakes: 30–50 years
Fiber Cement Shakes: 30–50 years
Metal Shake Panels: 40–70 years

Most Common Problems

Wood Rot – Caused by moisture retention and poor ventilation
Insect Infestation – Termites or carpenter ants often target untreated wood
Curling and Cracking – UV exposure dries out shakes over time
Algae and Moss Growth – Moist, shaded areas promote organic buildup
Blow-offs and Displacement – High winds can dislodge poorly fastened shakes
Fire Hazard – Untreated wood shakes are flammable, especially in dry climates

Signs of Shake Shingle Deterioration

Regular inspection is key to catching problems early. Watch for:

Splitting, curling, or missing shakes
Dark streaks indicating algae or mold
Sagging areas or soft spots on the roof
Pest damage (holes, tunnels, or droppings)
Debris accumulation in valleys and gutters
Excessive granule loss in synthetic options

Ignoring these signs can lead to leaks, structural damage, and expensive repairs.

How New Image Roofing Atlanta Protects Your Investment

A well-structured maintenance plan significantly improves shake shingle performance and lifespan. New Image Roofing Atlanta offers tailored maintenance programs for shake systems, including wood, synthetic, and fiber cement.

Program Features Include:

Annual Roof Evaluations – Professionals examine shingles, flashings, and underlayment integrity
Cleaning and Debris Removal – Removes organic buildup, which can retain moisture
Preventive Repairs – Early treatment of cracks, loose shakes, or pest intrusion
Sealant and Treatment Application – Ensures water resistance and UV protection
Ventilation Checks – Proper attic airflow reduces humidity that deteriorates wood

With New Image Roofing Atlanta, homeowners gain peace of mind knowing their shake shingle roofing system is protected from Georgia’s humid climate and unpredictable storms.

Shake Shingle Inspection Guide

Use this checklist twice a year or after storms to evaluate shake shingles for issues:

Visually Inspect from Ground Level – Check for visibly curled, missing, or cracked shingles
Look for Algae or Moss – Pay close attention to shaded or north-facing slopes
Check Roof Valleys and Gutters – Remove leaves, needles, or buildup that block water flow
Examine for Signs of Rot – Touch suspect shingles for softness or discoloration
Inspect Flashing Around Penetrations – Ensure seals around chimneys, vents, and skylights are intact
Assess Interior Ceilings – Look for water stains or bubbling paint indicating leaks
Confirm Roof Ventilation – Poor ventilation often accelerates wood deterioration

When in doubt, schedule a professional evaluation to avoid further damage.

Four Reasons to Hire New Image Roofing Atlanta

Expertise in Shake Systems – Specialists in both traditional and modern shake materials
Preventive Maintenance Programs – Save money and avoid emergency repairs through planned upkeep
Local Knowledge – Understands Georgia’s climate challenges and building codes
Reliable, Transparent Service – Detailed inspections and honest recommendations with no upsell pressure

Everything You Need to Know about Shake Shingles

In this article, you discovered essential information about shake shingles, what they are, what they are made from, their lifespan, their potential issues, shake shingle maintenance, and why you should hire New Image Roofing Atlanta.

Shake shingles add charm and character to your house but have specific maintenance needs and vulnerabilities. Installing a shake shingle roof on your home can increase its curb appeal and value.

Ignoring a shake shingle roof’s installation and maintenance can leave you with leaks and potential roof failure.

Sources:
fpl.fs.usda.gov/documnts/fplgtr/fpl_gtr201.pdf
extension.oregonstate.edu/catalog/pub/pnw-733-care-maintenance-wood-shingle-shake-roofs

New Image Roofing Atlanta

2020 Howell Mill Rd NW Suite 232
Atlanta, GA 30318
(404) 680-0041

June 1, 2025/by Hayley Mace

Tag Archive for: Roofing Companies Near Me Ga

Membrane Roofs – How They Stay in Place

Membrane Roofing Systems

How Membrane Roofs Stay in Place

Additional Membrane Reinforcement Methods

Preventing Leaks with Roof Maintenance

Key Considerations for Adhering Membrane Roofing

Keeping Your Membrane Roof in Place

Residential Roof Leak Prevention – Flashing and Seals

Roof Flashing Types in Residential Roofing

Roof Sealant Types

Residential Roof Penetration Boots

How Flashing, Sealants, and Boots Prevent Leaks

New Image Roofing Atlanta Maintenance Program

Key Considerations for Residential Roof Flashing, Boots, and Seals

Flashing, Seals, and Boots

Leaking Metal Roofs

Metal Roof Leak Causes and Solutions

How New Image Roofing Atlanta’s Maintenance Program Helps

Metal Roof Inspection Guide

Four Reasons to Hire New Image Roofing Atlanta

Leaking Metal Roof Causes and Solutions

Shake Shingles – What You Need To Know

What Are Shake Shingles?

Roof vs. Siding Shake Shingles

Shake Shingle Lifespan and Common Problems

How New Image Roofing Atlanta Protects Your Investment

Shake Shingle Inspection Guide

Four Reasons to Hire New Image Roofing Atlanta

About Us

Services

Contact Us