Storm Damage Restoration

Storm Damage Restoration | Roofing | Sweetwater

When Sweetwater skies turn fierce and shingles start to scatter, HEP's Roofing is the neighbor you call before the clouds even clear. Our storm-damage specialists arrive fast, climb high, and document every bruise your roof has taken—from hail-pocked asphalt to wind-peeled flashing—so you have spotless proof for your insurance claim. We’ll tarp vulnerable spots on the spot, then craft a restoration plan that pairs premium materials with the region’s strictest building codes, ensuring your home is stronger than the storm that hit it.

What sets us apart is how easy we make a hard day feel. You get one point of contact, clear timelines, and honest updates, all backed by a crew that treats every roof like it’s protecting their own family. Whether you need a few precision repairs or a full replacement, HEP’s Roofing restores more than shingles—we restore peace of mind for Sweetwater homeowners who refuse to let bad weather win. Call, click, or wave us down from the driveway; we’ll handle the rest.

What our customers say

Our roof started leaking on a weekend from recent storms, so I sent a request online. They called first thing Monday morning to schedule an inspection. They were quite busy that day, and kept us updated as to the timing of their technician's arrival. When he arrived, Christian thoroughly inspected the roof, gave us his recommendation for a solution and tarped the roof as a temporary fix. Due to timing issues on our part and having to work with our insurance company, we couldn't schedule the repair right away. During this past weekend's storm, part of the tarp failed so I called and they immediately scheduled someone to come out and fix it. Jeremy arrived and had the problem taken care of quickly since more rain is expected before the work begins on Monday, and assured me that they will be there if I have any other issues in the meantime. I am very impressed by everyone I have dealt with at HEP; I am not sure I have ever received the level of communication as I have from them. They have answered every question, explained every detail and returned every phone call or text promptly and efficiently.

Shelly M.

John was the guy who came and looked at my roof. He was very polite, nice, helpful, and awesome.

Waylon B.

I recently had Christan Jordan out for a free roof quote. He was very thorough and addressed all my concerns! I highly recommend HEP for roofing concerns.

Kaley K.

Jeremy come out and was very professional, great attitude, and informative. Offered me several options for my damaged roof.

Kathy W.

Christian was very proficient in detailing the scope of the work to be completed from our storm damage. He was very straightforward and courteous at the same time. He also answered the few questions that I had to give us a full understanding of what we expect to be done.

Chris L.

Christian Jordan and Michael Mott came out and looked great and took care of the wind damage to my vinyl siding

Kevin S.

Jason arrived today on time, explained what he saw and what he did to repair the water penetration issue and even became friends with our dog. Good work. They were referred by a neighbor and I would definitely use them again.

Joe G.

Patrick and Jeremy have been really awesome in helping. They have tried every possible way to assist in helping me with my air-conditioning and roof repairs.

J S.

Christian Jordan and Jacob Edward's helped us so so so much and they came out literally so fast, within 15-20 minutes from our roof caving in. They were great and worked with us on everything.

Cierra B.

Jeremy and Derrick came out for a roofing job and was down to earth and great guys, very professional guys, would definitely recommend these guys anywhere

Nick

Protecting Sweetwater Roofs After the Storm

Sweetwater sits squarely in a climatic corridor where subtropical moisture from the Gulf collides with cooler continental air masses. Thunderstorms erupt quickly, winds shear without warning, and hailstones reach golf-ball size more often than local homeowners would like to admit. When those elements converge over a roof, shingles fracture, decking flexes, fasteners back out, and flashing lifts. HEP specializes in returning damaged roofing systems to pre-loss condition—or better—through a meticulous, code-compliant restoration workflow developed specifically for Sweetwater’s weather profile.

Sweetwater’s Storm Patterns and Their Impact on Roofing Systems

Wind Events and Uplift Pressures

Wind gusts exceeding 70 mph produce negative air pressure on the leeward side of a roof. Asphalt tabs can curl, ridge caps can dislodge, and nails can tear through wet OSB. HEP studies historical wind-rose charts to identify which roof slopes face the most exposure, allowing crews to reinforce vulnerable rakes and hips during restoration.

Hail Impacts on Different Roofing Materials

Golf-ball hail may seem routine, yet its kinetic energy spikes as hailstones accelerate toward earth. On roofs:

Asphalt shingles lose protective granules, exposing brittle fiberglass mats.
Metal panels may dent, compromising aesthetic value and water flow lines.
Clay tiles crack along their interlocking edges, creating hidden leak paths.

HEP field supervisors carry digital microscopes to inspect granule displacement, micro-fractures, and coating breaches, ensuring nothing slips past the eye.

Torrential Rains and Hydrostatic Pressure

Tropical downpours dump inches of water in minutes. When gutters overflow, water backs up under starter courses and seeps between poorly sealed flashing wings. HEP designs downspout sizing and valley metal widths to accommodate regional rainfall intensities, decreasing the likelihood of future water intrusion.

Temperature Swings and Thermal Cycling

Summer roof deck temperatures in Sweetwater can soar above 150 °F. Sudden cold fronts drop readings by 40 °F in an afternoon squall line. Repeated thermal cycling breaks adhesive bonds on shingle self-seal strips. HEP selects sealants and underlayments with high elongation capacity to survive expansion and contraction forces.

The HEP Rapid Response Framework

Same-Day Damage Containment

HEP maintains pre-packed trailers stocked with:

50-mil woven poly tarps in multiple sizes
Cap nails, sandbags, and perimeter boards
Portable ladder stabilizers for steep slopes

When radar shows a storm cell clearing, crews mobilize within hours to secure exposed decking before the next band of rain.

Safety Protocols for Occupants

Crews perform interior safety checks, verifying that sagging drywall, protruding nails, or compromised electrical circuits pose no immediate hazard. If structural engineers are required, HEP coordinates site visits before restoration begins.

Coordinated Material Logistics

HEP’s warehouse in the region keeps a rotating stock of impact-rated shingles, galvanized flashing coils, ridge vent rolls, and synthetic underlayment. This local inventory eliminates delays when community-wide demand spikes after a severe storm.

Detailed Roof Inspection Techniques

Drone Mapping of Roof Geometry

HEP pilots use unmanned aerial vehicles equipped with 4K cameras and photogrammetry software. A complete ortho-mosaic of the roof is generated, highlighting:

Surface bruises and punctures
Missing, displaced, or creased shingles
Gutter alignment and fascia damage

Physical Walk-Throughs With On-Roof Diagnostics

Certified technicians traverse each plane, probing soft spots and listening for hollow sounds that indicate delamination between decking layers. Handheld pull testers measure the mechanical withdrawal resistance of existing nails.

Attic Diagnostics With Hygro-Thermal Sensors

Inside the attic, crews look for:

Water staining on the underside of decking
Mold growth on truss webs
Ventilation blockages by blown-in insulation

Moisture meters log readings at multiple depths, forming a baseline for later comparison.

Documentation for Insurance Purposes

All photographs, thermal scans, and inspection notes are uploaded to a secure cloud portal. Homeowners receive time-stamped files suitable for insurance adjusters, expediting claim approval.

Tarping and Temporary Waterproofing

High-Tensile Membrane Selection

Polyethylene tarps rated to withstand 160 psi of puncture force are standard. For tile roofs, breathable synthetic membranes prevent condensation beneath the tarp during extended drying periods.

Edge Sealing Methods

Butyl anchor tapes run along tarp perimeters, paired with cap nails driven into sound rafters, not compromised sheathing. Drip edges remain exposed so runoff channels correctly, preventing ponding.

Wind-Load Testing

After installation, crews tug test each tarp corner to simulate 90 mph winds, ensuring anchors hold before vacating the property.

Navigating Building Codes and Permitting in Sweetwater

Municipal Requirements for Roof Re-Covers

Sweetwater’s building department limits re-cover layers to one. If a structure already hosts two shingle layers, full tear-off is mandatory. HEP files digital permit applications and schedules mid-deck inspections so no hidden rot gets sealed below new materials.

Structural Uplift Calculations

HEP’s in-house engineer calculates required fastener density based on roof height, exposure category, and mean roof height per ASTM standards, guaranteeing code compliance.

Waste Disposal Regulations

Storm debris must be transported to county-approved facilities. HEP deploys roll-off dumpsters lined with tarps to prevent granule runoff on city streets, aligning with environmental ordinances.

Material Selection Tailored to Sweetwater Conditions

Impact-Rated Shingles

Class 4 impact-resistant shingles embed SBS rubber modifiers in the asphalt mat, allowing them to deflect hail impacts rather than shatter. HEP color-matches these shingles with existing trim palettes so curb appeal never suffers.

Metal Panels for High-Slope Roofs

Standing-seam metal systems with concealed clips enable thermal movement while resisting wind uplift. Panels receive factory-applied Kynar 500 coatings rated against ultraviolet degradation for Sweetwater’s intense sunlight.

Underlayment and Ice & Water Barriers

Premium synthetic underlayments weigh less than felt, don’t wrinkle in humidity, and offer 90-day UV exposure protection. In valleys and eaves, self-adhered ice & water barriers form a watertight seal around fasteners.

Ventilation Components

HEP uses continuous ridge vents paired with soffit intakes to promote balanced airflow, reducing attic temperatures and lowering cooling loads during Sweetwater’s hot months.

HEP’s Eight-Step Storm Damage Restoration Process

Every project flows through a repeatable structure that minimizes surprises and maximizes durability.

Initial Assessment and Emergency Dry-In
Loss Documentation and Insurance Coordination
Scope Drafting and Homeowner Approval
Material Staging and Pre-Construction Meeting
Tear-Off, Structural Repair, and Deck Re-Nailing
Roof System Installation With Code-Compliant Fasteners
Final Quality Audit, Moisture Verification, and Site Clean-Up
Warranty Registration and Digital Archive Delivery

Step 1: Assessment

Inspectors gather structural, mechanical, and aesthetic data to form a holistic view of storm impact.

Step 2: Loss Documentation

Photo grids, video walkthroughs, and itemized spreadsheets present indisputable proof of damage.

Step 3: Scope Drafting

A line-item scope breaks down materials, labor, and timeline. Homeowners review and digitally sign through a secure portal.

Step 4: Material Staging

Delivery trucks arrive the morning work begins. Pallets rest on ground-level dunnage, not driveways, preventing crack formation.

Step 5: Tear-Off and Structural Repairs

Shingles, underlayment, and flashings are stripped to bare deck. Any boards with more than 20 % rot are replaced per code.

Step 6: Roof System Installation

Underlayment goes down first, followed by starter strips, field shingles, ridge caps, and accessory items such as pipe boots and attic vents.

Step 7: Final Quality Audit

Supervisors confirm every row aligns, nailing patterns meet specification, and penetrations receive double bead sealant.

Step 8: Warranty Registration

Manufacturer warranties plus HEP’s workmanship guarantee are registered online so coverage begins immediately.

Integrating Attic Ventilation Upgrades During Restoration

Ridge Vent Sizing

Calculations adhere to the 1:150 ratio of net free vent area to attic floor space. Ridge vents are installed the full length of the roof minus hip intersections to ensure continuous airflow.

Intake Vent Improvements

If soffit vents are insufficient, HEP retrofits aluminum strip vents between rafter bays, protecting against insect intrusion with stainless-steel screens.

Vapor Barrier Management

Interior vapor retarders are inspected for tears. When absent, HEP recommends low-permeance paint on ceiling drywall to limit moisture drive into the attic.

Flashing Systems Engineered for Extreme Weather

Chimney and Wall Flashing

Copper step flashing pieces interleave with each shingle course. Counter-flashing embeds 1.5 inches into mortar joints, preventing capillary action behind masonry.

Valley Reinforcement

Open metal valleys fabricated from 24-gauge steel receive a baked-on coating. Center ribs channel water, reducing turbulence and shingle edge wear.

Drip Edge Enhancements

Drip edges with 3-inch vertical legs guide water away from fascia, reducing wood rot and paint failure. All joints overlap a minimum of 3 inches and are sealed with butyl strips.

The Role of Moisture Mapping in Long-Term Roof Health

Storm damage restoration does not end once shingles are nailed back in place. Moisture trapped inside insulation or behind ventilation baffles can silently undermine a roof’s service life. HEP deploys advanced moisture-mapping technology to track residual humidity long after visible leaks have ceased.

Infrared Thermography

Infrared cameras capture temperature differentials that indicate damp decking or saturated insulation. Because water retains heat longer than dry wood, cooler color signatures appear in thermal images during late-afternoon scans. HEP records these images in cloud-based project folders, allowing homeowners to review moisture migration patterns at any time.

Capacitance Probes and Pin Meters

Infrared alone cannot gauge exact moisture content. Technicians push capacitance probes against suspect decking to obtain percentage readings. If probes detect levels above 15 %, pin meters validate the result by penetrating the wood. Any area exceeding 19 % moisture content is flagged for further drying or replacement before new materials seal the roof.

Data-Driven Dry-Out Strategies

When moisture levels remain elevated, HEP installs negative-pressure fans in attic hatches, supplemented by desiccant dehumidifiers. Airflow paths are charted with smoke pencils to confirm laminar movement across wet surfaces. Sensors stay in place for 48–72 hours, transmitting real-time data to field supervisors who fine-tune equipment until target moisture thresholds are achieved.

Post-Restoration Maintenance Plans by HEP

A newly restored roof performs best when paired with a structured maintenance routine. HEP offers renewable service agreements designed to preserve Sweetwater roofs through future storm seasons.

Semi-Annual Roof Tune-Ups

Technicians return each spring and fall to tighten exposed fasteners, reseal flashing edges, and remove organic debris. Tune-ups also include a full photographic record that captures incremental wear, simplifying warranty claims if unexpected damage arises.

Gutter & Downspout Flushing

Clogged gutters are a leading cause of fascia rot and foundation wash-out. HEP crews flush downspouts with high-pressure water, install strainers over outlets, and check for proper slope to ensure uninterrupted flow during torrential Sweetwater rains.

Comprehensive Report Cards

Every maintenance visit concludes with a digital report card ranking critical categories such as shingle condition, flashing stability, ventilation balance, and attic insulation depth. Scores trend over time, giving homeowners a predictive view of when components may require replacement, rather than reacting to sudden failures.

Priority Scheduling for Storm Response

Customers enrolled in HEP’s maintenance plans receive priority scheduling after future storm events. Dedicated hotline access routes calls directly to dispatch coordinators who can authorize immediate tarping and inspection crews, bypassing standard service queues when community-wide damage occurs.

Sustainable Practices Integrated into Storm Damage Restoration

Environmental stewardship is increasingly important to Sweetwater residents. HEP integrates green initiatives without compromising performance.

Recycling shingles into asphalt road mix at certified facilities
Segregating metal flashing and gutters for scrap-metal reclamation
Utilizing low-VOC sealants and cool-roof reflective coatings where feasible
Offering solar-ready racking mounts that attach without penetrating new shingles
Providing homeowners with digital documentation rather than paper printouts to reduce waste

By embedding sustainable methods into every phase of storm damage restoration, HEP helps Sweetwater homeowners protect both their investments and the environment.