Attic Blow-In Insulation in Hurst, TX

An upgraded attic insulation package is one of the fastest ways Hurst homeowners can reduce summer cooling bills, improve year-round comfort, and extend the life of HVAC equipment. Green Tech provides professional blown-in fiberglass attic insulation tailored to North Texas homes, starting with a full attic assessment and ending with a verified R-value and post-install inspection.

Why blown-in fiberglass matters in Hurst, TX

Hurst experiences hot, humid summers and occasional cool winters. Attics can heat up to 140 degrees or more in summer, pushing conditioned air loss through ceilings and ductwork. Proper blown-in fiberglass insulation slows heat transfer, reduces HVAC runtime, and helps maintain consistent indoor temperatures. For homes with insufficient or settled insulation, a blown-in top-up is an efficient, cost-effective upgrade.

Common attic problems we address

• Low or settled insulation depth causing poor thermal resistance  
• Air leaks at attic penetrations, recessed lights, chimneys, and attic hatches  
• Blocked or missing baffles and compromised ventilation that trap heat and moisture  
• Damaged or displaced insulation from pests, remodels, or moisture events  
• Uneven coverage around ducts, knee walls, and eaves

Initial attic assessment and recommended R-value

Green Tech begins every project with a systematic attic inspection:

• Measure existing insulation depth and determine current R-value  
• Check attic ventilation, soffit baffles, and roof penetrations  
• Identify air leakage points and moisture or pest damage  
• Use thermal imaging when needed to locate heat loss and bypasses

For Hurst, TX (Climate Zone 3), typical target attic R-values range from R-38 to R-60 depending on your home, HVAC system, and roof assembly. A common upgrade for older DFW homes is bringing attic insulation to R-38, while new construction or heavily cooled homes may aim for R-49 to R-60.

Prep work: air sealing, baffles, and access

Insulation performs best when combined with proper air sealing and ventilation:

• Air sealing: Close attic bypasses at ceiling penetrations, attic hatches, plumbing stacks, and recessed lighting. Sealing reduces energy loss and prevents insulation from getting contaminated by duct leaks.  
• Baffles and ventilation: Install or repair soffit baffles and ensure continuous airflow to prevent moisture buildup and heat trapping.  
• Access prep: Clear storage from the attic area to be insulated and ensure safe access for technicians and equipment.

Air sealing before blown-in installation is critical. Without it, added insulation can mask airflow problems and allow conditioned air to escape the living space.

The blown-in installation process

• Load-in: Mobile blower machines and fiberglass are staged outside; technicians run hoses into the attic.  
• Distribution: Loose-fill fiberglass is blown to specified depths using calibrated equipment to achieve the target R-value. Typical loose-fill fiberglass provides about R-2.2 to R-2.7 per inch; installers adjust depth accordingly.  
• Coverage: Technicians ensure even coverage around ducts, soffits, and attic obstacles. Knee walls and band joists may receive targeted application or complementary insulation types.  
• Verification: Final depth readings and a post-install inspection confirm the installed R-value and coverage.

Most single-family homes are completed in one day, depending on attic size and prep requirements.

Material types and expected performance

Green Tech installs loose-fill fiberglass formulated for attics:

• Advantages: Noncombustible, resistant to moisture-related degradation, does not settle as quickly as some alternatives, and is noncorrosive to metal components.  
• Performance: Properly installed blown-in fiberglass delivers predictable thermal resistance, helps reduce peak attic temperatures, and lowers HVAC run time.

Note: In some situations (existing water damage, very high attic moisture, or preference), cellulose or spray-applied products may be recommended. Green Tech will discuss the best material for your home's condition.

Energy savings, comfort, and HVAC benefits

• Reduced cooling costs: Upgrading from inadequate insulation to recommended R-values typically yields noticeable energy savings. Many Hurst homes see reduced cooling loads and HVAC runtime, often resulting in 10 to 20 percent lower energy use depending on starting conditions.  
• Improved comfort: More even temperatures, fewer hot upstairs rooms, and reduced drafts.  
• Equipment longevity: Lower and more consistent system loads reduce wear on air conditioners and furnaces.  
• Moisture control: Proper ventilation plus air sealing reduces condensation risk that can damage insulation and structure.

Typical costs and financing options

Costs vary by attic square footage, target R-value, prep needs (air sealing, ventilation fixes), and access complexity. Typical installed price ranges for blown-in fiberglass in the DFW area are approximately $1.00 to $2.50 per square foot for a standard attic top-up, with whole-attic projects often completed in a single visit. A mid-sized 1,500 square foot attic upgrade might fall in the low thousands depending on scope.

Green Tech offers financing options to spread project costs over time and can outline payment plans and terms during the assessment. Financing availability is subject to credit approval.

Warranty and maintenance guidance

• Warranties: Loose-fill fiberglass products typically carry a manufacturer product warranty; Green Tech provides a workmanship warranty on installation and documents any material registrations.  
• Maintenance: Inspect your attic every 3 to 5 years or after major storms. Look for signs of moisture, pest activity, or settled/compacted insulation. Replace or repair any compromised ventilation or roof issues that could affect insulation performance. Keep attic ducts sealed and insulated.

Before and after: typical results and case study

Example: A two-story Hurst home with original R-11 attic insulation experienced high upstairs temperatures and a constantly running AC. Green Tech performed an attic audit, air sealed major bypasses around recessed lights and the attic hatch, installed soffit baffles, and blew in enough fiberglass to reach R-38. Post-install monitoring showed:

• Interior upstairs setpoint met with 15 percent less runtime on the AC system  
• Narrowed temperature differential between downstairs and upstairs by several degrees  
• Homeowner reported improved nightly comfort and reduced complaints about upstairs overheating

Frequently asked questions

Q: How long will blown-in fiberglass insulation last?
A: Properly installed fiberglass can perform for decades; inspect every few years for moisture or disturbance. Performance remains stable if ventilation and roof integrity are maintained.

Q: Will blown-in insulation make my attic unusable for storage?
A: Loose-fill is not intended for regular foot traffic or heavy storage. You can create designated storage platforms above the insulation depth to preserve coverage and prevent compaction.

Q: Do I need my HVAC ducts insulated before the insulation is added?
A: If ducts are in the attic, Green Tech will assess and recommend sealing and insulating ducts as needed to maximize system efficiency and prevent condensation issues.

Q: Can blown-in fiberglass settle and lose R-value?
A: Some minor settling can occur, but modern blown-in fiberglass is designed to minimize settling. Proper installation depth accounts for expected settlement.

Q: How quickly will I see energy savings?
A: Many homeowners notice improved comfort immediately and measurable energy savings within the first billing cycle after the upgrade, though exact savings depend on home size, starting insulation level, and HVAC condition.

Q: Is attic ventilation still necessary after adding insulation?
A: Yes. Balanced ventilation prevents moisture buildup and reduces attic temperatures, which helps insulation and roof longevity.