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Why Spring's Climate Demands Reliable HVAC Systems

Spring sits in the humid subtropical zone where your HVAC system works harder than almost anywhere in America. Summer temperatures routinely hit 95 degrees with 80 percent humidity, creating heat index values above 110. Your air conditioner doesn't get a break from May through October. This constant demand wears compressors, clogs condensate drains with algae growth, and strains electrical components.

Winter brings its own challenges. Texas cold snaps drop temperatures into the 20s without warning, forcing heating systems that sat dormant for months to fire up instantly. Older heat exchangers crack under thermal stress. Frozen condensate lines burst. Humidity swings cause ductwork to expand and contract, loosening joints and creating air leaks that waste energy.

Spring's location near Lake Houston and Spring Creek adds moisture to the air year-round. Without proper dehumidification, indoor humidity climbs above 60 percent, breeding mold in ductwork and damaging wood floors and furniture. Your HVAC system isn't just about comfort here. It's about protecting your home from a climate that attacks both cooling and heating equipment relentlessly.

About Us

Why Spring Homeowners Trust Titan HVAC Houston

We've been fixing broken HVAC systems in Spring since we opened, and we've learned exactly what fails in this climate. We know how August humidity kills compressors in Northgate Forest homes. We've replaced dozens of cracked heat exchangers in Klein area houses after February freezes. We understand that Spring's mix of older ranch homes and new construction means vastly different ductwork challenges, equipment access issues, and electrical configurations.

Our trucks carry the parts that actually fail here. Capacitors rated for high heat operation. Condensate pumps that handle Houston's algae-laden moisture. Thermostats that survive humidity swings. We don't show up, diagnose your problem, then leave to order parts. We fix it today because we stock what breaks in Spring.

You get upfront pricing before we touch a wrench. No trip charges that multiply into mystery invoices. We diagnose the problem, tell you exactly what it costs to fix, and let you decide. If you approve, we fix it immediately. Our technicians are background-checked Spring area residents who live in the same heat you do and service their own equipment the same way they service yours.

We answer calls seven days a week because HVAC emergencies don't respect weekends. When your AC dies on Saturday afternoon and your house hits 85 degrees, you need help now, not Monday morning. We dispatch technicians quickly, communicate arrival times clearly, and show up when we say we will. No four-hour windows. No vague promises. Just fast, honest service from people who understand that in Spring, a broken air conditioner isn't a minor problem.

Same-Day Emergency Response

We dispatch technicians to Spring addresses within hours, not days. Our trucks stay stocked with high-failure parts specific to Houston's climate, so we complete most repairs in a single visit. When your system fails during a heatwave, waiting isn't an option. We understand that and respond accordingly.

Upfront Honest Pricing

You see the total repair cost before we start work. No hidden fees, no surprise charges, no inflated diagnostic costs that disappear into the final bill. We diagnose the problem, quote the fix, and let you approve it. The price we quote is the price you pay.

Climate-Specific Expertise

We've repaired thousands of systems in Spring's brutal humidity and temperature swings. We know which components fail first, how Gulf Coast moisture attacks ductwork, and what actually breaks during cold snaps. That knowledge means faster diagnosis and repairs that address the root cause, not just symptoms.

Local Spring Technicians

Our technicians live in Spring and surrounding communities. They drive the same roads, face the same weather, and service equipment in homes just like theirs. You're hiring neighbors who understand local building styles, common HVAC configurations, and the specific climate challenges that stress heating and cooling systems here.

Our Services

Complete HVAC Services for Spring Homes

Titan HVAC Houston handles every heating and cooling need in Spring, from emergency breakdowns to planned system replacements. We repair all major brands of air conditioners, heat pumps, furnaces, and ductless systems. We replace failed equipment when repair costs don't make sense. We maintain systems to prevent failures before they happen.

Our service range covers immediate emergency repairs when your system quits, routine maintenance that extends equipment life, and full system installations when it's time to replace aging units. Whether you need a capacitor replaced on a Sunday afternoon or want to upgrade to a high-efficiency system, we handle the complete scope of residential HVAC work.

We service homes throughout Spring's diverse neighborhoods, from older single-story houses with undersized ductwork to new two-story construction with zoned systems. Every home presents different challenges. Attic access varies. Electrical configurations differ. Ductwork quality ranges from excellent to barely functional. We've seen it all and know how to work efficiently in every situation Spring's housing stock presents.

Fast Response When Your System Fails

Your air conditioner quits cooling in July. Your heat pump fails during a freeze. Your thermostat stops responding. We dispatch technicians quickly to diagnose and fix the problem. Most emergency repairs complete the same day because we stock the components that actually fail in Spring's climate. Compressors, capacitors, contactors, thermostats, and blower motors stay on our trucks. We fix it fast so you can get back to comfortable indoor temperatures.

New Equipment Installation and Upgrades

Old systems eventually cost more to repair than replace. We install new air conditioners, heat pumps, furnaces, and ductless systems sized correctly for your home. Proper equipment sizing matters in Spring's humidity. Oversized units cycle too quickly and don't dehumidify. Undersized units run constantly and never reach comfortable temperatures. We calculate loads properly, recommend appropriate efficiency levels, and install equipment that matches your home and budget.

Tune-Ups That Prevent Breakdowns

Regular maintenance catches problems before they cause failures. We clean coils that accumulate Houston's airborne dirt and pollen. We clear condensate drains before algae clogs them. We test capacitors and contactors before they fail during peak demand. We inspect electrical connections that loosen from vibration and thermal cycling. Maintenance costs less than emergency repairs and extends equipment life by years. Most breakdowns we see were preventable with regular service.

Common Issues

Common HVAC Problems Spring Homeowners Face

Spring's climate creates specific failure patterns we see repeatedly. High humidity promotes biological growth in condensate systems and ductwork. Extreme heat stresses electrical components and refrigeration circuits. Temperature swings between seasons cause thermal expansion issues in ductwork and heat exchangers. Understanding these patterns helps homeowners recognize problems early, before minor issues become expensive failures.

Older homes in established Spring neighborhoods often have undersized ductwork installed when construction standards allowed smaller air distribution systems. Modern efficiency standards require better airflow, but the ducts can't deliver it. New construction sometimes has the opposite problem with ductwork installed by the lowest bidder using improper materials or inadequate sealing. Both situations waste energy and reduce comfort. These are the real-world HVAC issues Spring homeowners call us to solve.

Clogged Condensate Drains

Your AC produces gallons of condensation daily in Spring's humidity. That water drains through PVC pipes where algae and slime grow in Houston's warm climate. Clogs back water into the drain pan, triggering float switches that shut down your system. Regular drain cleaning prevents this common failure, but most homeowners skip it until water overflows and damages ceilings.

Failed Capacitors and Contactors

Capacitors start compressors and blower motors. Texas heat degrades them faster than normal, causing hard starting or complete failure. Contactors switch high-voltage power to compressors. They pit and burn from thousands of on-off cycles, eventually welding shut or failing open. Both components cost under $200 to replace but cause total system failure when they quit.

Refrigerant Leaks

Vibration loosens refrigerant line connections over years of operation. Corrosion eats through copper tubing exposed to Houston's humidity. Low refrigerant reduces cooling capacity and damages compressors running without proper lubrication. We locate leaks, repair them permanently, and recharge systems to factory specifications. Adding refrigerant without fixing the leak wastes money and guarantees the same problem returns.

Dirty Coils Reducing Efficiency

Outdoor condenser coils collect cottonwood seeds, grass clippings, dust, and pollen that block airflow through the fins. Indoor evaporator coils accumulate dust that insulates them from the air they're supposed to cool. Both conditions force systems to run longer, waste electricity, and strain compressors. Annual coil cleaning restores efficiency and prevents premature equipment failure.

What To Expect

What to Expect When You Call Titan HVAC Houston

We answer your call quickly and ask specific questions about your problem. Is the system making noise? Is it running but not cooling? Did it quit completely? What's the outdoor temperature? These questions help us dispatch the right technician with the right parts. We give you an arrival window and call if we're running behind.

Our technician arrives in a marked truck with tools and common repair parts. He introduces himself, puts on shoe covers, and asks you to describe what happened. Then he inspects your system methodically, testing components and measuring performance. Most diagnoses take 15 to 30 minutes. He explains what failed, why it failed, and what it costs to fix before he starts the repair.

You approve the price, he completes the work, and tests the system to confirm it's operating correctly. He shows you the old failed part, explains what you can do to prevent similar failures, and answers your questions. You pay when you're satisfied the system works. We accept cards, checks, and cash. Most repairs finish in under two hours from arrival to completion.

Clear Communication From First Contact

You reach a real person who understands HVAC problems, not an answering service reading a script. We ask diagnostic questions that help us send the right technician and parts. We schedule service as quickly as possible, usually same day for emergency calls. You receive the technician's name and a call when he's 15 minutes away. No surprises, no vague arrival windows, no wondering when help will show up.

Upfront Diagnosis and Pricing

Our technician diagnoses the problem and tells you exactly what it costs to fix before starting work. The quote includes parts, labor, and testing. No hidden diagnostic fees that vanish into the final bill. No charges for returning to finish work we should have completed the first time. You approve the price, we do the work, and that's what you pay. If you decline the repair, you pay only the diagnostic fee.

Professional Work and Clean Results

We treat your home respectfully. Shoe covers go on before we enter. Drop cloths protect your floors when we carry tools through the house. We clean up the work area when we finish, removing old parts and packaging materials. Your system works correctly, your home looks the same as when we arrived, and you have confidence the repair will last.

How It Works

Our Simple Three-Step Service Process

We've streamlined HVAC service to three essential steps that get your system running again quickly. No complicated procedures, no endless diagnostic delays, no confusion about what happens next or what it costs.

Rapid Dispatch and Diagnosis

You call with an HVAC problem. We ask focused questions about symptoms and schedule service immediately, usually within hours for emergency calls. Our technician arrives with the parts that commonly fail in Spring's climate, inspects your system thoroughly, and identifies the exact failure. He explains what broke, why it broke, and what it costs to repair before touching anything.

Expert Repair Execution

You approve the quoted price and we complete the repair using quality parts and proper techniques. We replace the failed component, test the system under load, verify correct operation, and check related components that might fail soon. Most repairs finish in under two hours because we stock parts on our trucks and our technicians have done these repairs hundreds of times.

Testing and Completion

We run your system through complete cooling or heating cycles to confirm proper operation. We measure airflow, check temperatures, verify electrical draws, and ensure the repair solved the problem completely. You see the old failed part, receive maintenance recommendations to prevent future failures, and pay only the amount we quoted. Your system works and you know exactly what was wrong and what we did to fix it.

Our Expertise

Technical Standards and Code Requirements for Spring HVAC

Professional HVAC work in Spring must meet Texas Department of Licensing and Regulation standards and comply with International Mechanical Code provisions adopted by Montgomery County. These aren't bureaucratic formalities. They're safety requirements that protect your home from fire hazards, refrigerant leaks, carbon monoxide exposure, and electrical faults that injure people and damage property.

Refrigerant handling requires EPA Section 608 certification because improper procedures release greenhouse gases and waste expensive refrigerant. Technicians must recover refrigerant before opening systems, evacuate air and moisture before charging, and verify leak-free operation before leaving your home. Electrical work must follow National Electrical Code standards for wire sizing, overcurrent protection, and disconnect placement. Undersized wires overheat. Missing disconnects trap technicians working on live equipment.

Ductwork installation and modification must meet ACCA Manual D standards for sizing and SMACNA specifications for construction. Undersized ducts create pressure drops that reduce airflow and efficiency. Poorly sealed ducts leak expensive conditioned air into attics and crawl spaces. Flex duct must be fully stretched without compression or sharp bends that restrict flow. We see plenty of hack installations where contractors cut corners to save time, and homeowners pay for it with high utility bills and uncomfortable homes.

Equipment sizing requires Manual J load calculations that account for your home's square footage, insulation levels, window area, orientation, and occupancy. Contractors who size equipment by square footage alone install incorrect systems that waste energy and money. Oversized air conditioners short-cycle and don't dehumidify properly in Houston's humidity. Undersized systems run constantly and never achieve comfortable temperatures during peak summer heat. Proper load calculations cost time but save thousands in operating costs over equipment life.

Refrigerant Certification Requirements

EPA Section 608 certification is mandatory for anyone handling refrigerants in air conditioning systems. This certification proves technicians understand proper recovery, evacuation, and charging procedures that prevent refrigerant release. Uncertified work risks expensive EPA fines and guarantees improper refrigerant charges that reduce cooling capacity and damage compressors. Always verify your technician holds current EPA certification.

What Drives HVAC Repair Costs

Repair costs depend on the failed component, refrigerant type, labor time, and equipment accessibility. Compressor replacement costs thousands because the part is expensive and installation requires complete refrigerant recovery and system evacuation. Capacitor replacement costs under $200 because the part is cheap and installation takes 20 minutes. Difficult equipment access adds labor time, increasing total cost.

HVAC Excellence Through Proper Standards

Realistic Service Timelines

Emergency repairs usually complete the same day if we have the needed parts. System replacements take one to three days depending on complexity and whether ductwork modifications are required. Maintenance visits take one to two hours per system. Custom ductwork fabrication or major modifications extend timelines because proper installation requires time. We give you accurate completion estimates before starting work.

Warranty and Guarantee Standards

New equipment includes manufacturer warranties covering parts for five to ten years depending on brand and model. Compressors often carry extended warranties up to ten years. Labor warranties vary by contractor, typically covering installation work for one year. We warranty our repair work for 90 days because quality repairs don't fail quickly. Extended warranties beyond manufacturer coverage rarely prove cost-effective for most homeowners.

Serving Spring and Surrounding Communities

Titan HVAC Houston serves the entire Spring area, from established neighborhoods near Old Town Spring to newer developments west of I-45 and north toward The Woodlands. We know this region's housing stock intimately. The older ranch homes in Northgate Forest and Spring Shadows have unique ductwork challenges with systems installed when efficiency standards were lower. These homes often need airflow improvements and duct sealing to achieve comfortable temperatures with modern equipment.

Newer construction in Augusta Pines and Harmony features larger two-story homes with zoned HVAC systems and higher efficiency requirements. These systems include complex controls, variable-speed equipment, and sophisticated thermostats that require different diagnostic approaches. We service both older and newer homes effectively because our technicians train continuously on all equipment generations.

The Klein area northeast of Spring presents similar service demands, with mixed housing ages and diverse HVAC configurations. Homes near Spring Creek and Lake Houston face additional humidity challenges from their proximity to water. These locations require aggressive condensate management and dehumidification beyond what standard systems provide. We've solved these moisture problems hundreds of times and know which equipment modifications work in high-humidity Spring locations.

We also service Rayford, a rapidly growing area west of I-45 where new subdivisions are expanding quickly. These newer homes typically have better ductwork and modern equipment, but construction quality varies dramatically between builders. We frequently correct installation problems in new homes where contractors prioritized speed over quality. Poor refrigerant charges, undersized ductwork, and improperly configured thermostats are common issues we resolve.

Our service area extends throughout Montgomery County, covering Tomball to the southwest and reaching north toward Conroe. Whether you live in an established Spring neighborhood near Cypresswood Drive or a new development in the rapidly expanding areas along the Grand Parkway, we respond quickly with the parts and expertise that fix HVAC problems in this climate. Your location within greater Spring doesn't affect our response time or service quality.

Frequently Asked Questions

The $5000 rule helps you decide whether to repair or replace your HVAC system. Multiply the age of your unit by the repair cost. If the total exceeds $5000, replacement makes more financial sense. For example, if your 12-year-old air conditioner needs a $500 compressor repair, that equals $6000, signaling replacement time. In Spring's humid climate, older systems lose efficiency fast. Factor in rising energy bills and frequent breakdowns when making your decision. This rule keeps you from pouring money into a failing system.
Start by replacing your air filter before the cooling season hits. Schedule a professional tune-up to check refrigerant levels, clean coils, and test electrical connections. Clear debris from around your outdoor condenser unit, which works hard in Spring's heat and humidity. Check your thermostat batteries and test the system before temperatures climb. Inspect ductwork for leaks that waste cooled air. Clean vents and registers throughout your home. Spring's pollen and humidity put extra strain on HVAC systems, making preseason maintenance critical for reliability when you need it most.
In military terms, HVAC stands for Heating, Ventilation, and Air Conditioning, the same as civilian use. Military facilities use HVAC systems to maintain operational readiness in command centers, barracks, hospitals, and equipment storage areas. Military-grade systems often meet stricter specifications for durability, filtration, and backup power capability. These systems protect sensitive electronics, maintain air quality in submarines and aircraft, and ensure personnel comfort in extreme environments. The military also uses specialized HVAC for CBRN protection, creating positive pressure environments that filter out contaminants during chemical or biological threats.
The $5000 rule helps you decide whether to repair or replace your HVAC system. Multiply the age of your unit by the repair cost. If the total exceeds $5000, replacement makes more financial sense. For example, if your 12-year-old air conditioner needs a $500 compressor repair, that equals $6000, signaling replacement time. In Spring's humid climate, older systems lose efficiency fast. Factor in rising energy bills and frequent breakdowns when making your decision. This rule keeps you from pouring money into a failing system.
Start by replacing your air filter before the cooling season hits. Schedule a professional tune-up to check refrigerant levels, clean coils, and test electrical connections. Clear debris from around your outdoor condenser unit, which works hard in Spring's heat and humidity. Check your thermostat batteries and test the system before temperatures climb. Inspect ductwork for leaks that waste cooled air. Clean vents and registers throughout your home. Spring's pollen and humidity put extra strain on HVAC systems, making preseason maintenance critical for reliability when you need it most.
In military terms, HVAC stands for Heating, Ventilation, and Air Conditioning, the same as civilian use. Military facilities use HVAC systems to maintain operational readiness in command centers, barracks, hospitals, and equipment storage areas. Military-grade systems often meet stricter specifications for durability, filtration, and backup power capability. These systems protect sensitive electronics, maintain air quality in submarines and aircraft, and ensure personnel comfort in extreme environments. The military also uses specialized HVAC for CBRN protection, creating positive pressure environments that filter out contaminants during chemical or biological threats.
The compressor is the most expensive component in an HVAC unit, often costing $1200 to $2800 for the part alone. This critical component pressurizes refrigerant and pumps it through your system. When a compressor fails on an older unit, replacement often makes more sense than repair. The heat exchanger in furnaces runs a close second in cost. The evaporator coil also carries a high price tag. In Spring's climate, compressors work overtime fighting humidity and heat, which can shorten their lifespan if you skip regular maintenance.
The 2025 Energy Efficient Home Improvement Credit offers up to $2000 for qualified HVAC systems that meet efficiency standards. Heat pumps may qualify for up to $2000, while air conditioners and furnaces qualify for up to $600 each. Your system must meet ENERGY STAR requirements and SEER2 ratings specified by the IRS. Keep all receipts and manufacturer certifications for tax filing. The credit applies to installation costs too. Check IRS guidelines or consult a tax professional for your specific situation. These incentives help offset the cost of upgrading to more efficient systems.
The 3-minute rule requires waiting three minutes after your AC shuts off before restarting it. This delay lets refrigerant pressure equalize throughout the system. Starting too soon forces the compressor to work against high pressure, which can damage it or trip the breaker. Modern thermostats include built-in delay features. If you experience a power outage in Spring's thunderstorm season, wait before manually resetting your system. This simple pause protects your compressor, the most expensive component in your air conditioner, from unnecessary strain and premature failure.
The 2-foot rule requires maintaining at least two feet of clearance around your outdoor condenser unit. This space ensures proper airflow and prevents efficiency loss. Trim back shrubs, remove grass clippings, and keep storage items away from the unit. Blocked airflow forces your system to work harder, increasing energy bills and shortening equipment life. In Spring, fast-growing vegetation and landscaping can quickly encroach on your unit. Check clearance monthly during growing season. Good airflow also prevents debris buildup on coils, which reduces cooling capacity and can cause system failures.
The Amish keep cool using passive strategies like strategic window placement for cross-ventilation, high ceilings that let hot air rise, deep porches for shade, and building orientation that minimizes sun exposure. They use whole-house fans, open windows at night to flush heat, and spend time in basements during peak heat. Many keep work schedules that avoid midday heat. They wear lightweight, breathable fabrics and limit physical exertion during hot hours. These time-tested methods work but require architectural planning. Modern HVAC systems offer comfort that passive cooling cannot match in Spring's intense heat and humidity.
The 1% rule suggests budgeting 1% of your property value annually for maintenance and repairs. For a $300,000 home, that equals $3000 per year. This covers HVAC tune-ups, filter changes, minor repairs, and eventual equipment replacement. HVAC systems represent a significant portion of this budget. In Spring's climate, where air conditioners run hard and humidity stresses components, following this rule prevents surprise expenses. Set aside funds monthly. Regular maintenance costs less than emergency repairs. This budgeting approach helps you plan for both routine service and eventual system replacement.
Pay varies by experience, location, and specialization, but HVAC technicians and plumbers earn comparable wages. Both trades require licensing and ongoing education. HVAC techs in Texas average similar hourly rates to plumbers. Specializations affect pay. Commercial HVAC techs or plumbers handling complex systems often earn more. Both trades offer strong job security and advancement opportunities. In Spring's growing market, skilled technicians in either field stay busy. The best choice depends on your interests. HVAC involves more electrical work and seasonal demand spikes, while plumbing offers year-round consistency.
The compressor is the most expensive component in an HVAC unit, often costing $1200 to $2800 for the part alone. This critical component pressurizes refrigerant and pumps it through your system. When a compressor fails on an older unit, replacement often makes more sense than repair. The heat exchanger in furnaces runs a close second in cost. The evaporator coil also carries a high price tag. In Spring's climate, compressors work overtime fighting humidity and heat, which can shorten their lifespan if you skip regular maintenance.
The 2025 Energy Efficient Home Improvement Credit offers up to $2000 for qualified HVAC systems that meet efficiency standards. Heat pumps may qualify for up to $2000, while air conditioners and furnaces qualify for up to $600 each. Your system must meet ENERGY STAR requirements and SEER2 ratings specified by the IRS. Keep all receipts and manufacturer certifications for tax filing. The credit applies to installation costs too. Check IRS guidelines or consult a tax professional for your specific situation. These incentives help offset the cost of upgrading to more efficient systems.
The 3-minute rule requires waiting three minutes after your AC shuts off before restarting it. This delay lets refrigerant pressure equalize throughout the system. Starting too soon forces the compressor to work against high pressure, which can damage it or trip the breaker. Modern thermostats include built-in delay features. If you experience a power outage in Spring's thunderstorm season, wait before manually resetting your system. This simple pause protects your compressor, the most expensive component in your air conditioner, from unnecessary strain and premature failure.
The 2-foot rule requires maintaining at least two feet of clearance around your outdoor condenser unit. This space ensures proper airflow and prevents efficiency loss. Trim back shrubs, remove grass clippings, and keep storage items away from the unit. Blocked airflow forces your system to work harder, increasing energy bills and shortening equipment life. In Spring, fast-growing vegetation and landscaping can quickly encroach on your unit. Check clearance monthly during growing season. Good airflow also prevents debris buildup on coils, which reduces cooling capacity and can cause system failures.
The Amish keep cool using passive strategies like strategic window placement for cross-ventilation, high ceilings that let hot air rise, deep porches for shade, and building orientation that minimizes sun exposure. They use whole-house fans, open windows at night to flush heat, and spend time in basements during peak heat. Many keep work schedules that avoid midday heat. They wear lightweight, breathable fabrics and limit physical exertion during hot hours. These time-tested methods work but require architectural planning. Modern HVAC systems offer comfort that passive cooling cannot match in Spring's intense heat and humidity.
The 1% rule suggests budgeting 1% of your property value annually for maintenance and repairs. For a $300,000 home, that equals $3000 per year. This covers HVAC tune-ups, filter changes, minor repairs, and eventual equipment replacement. HVAC systems represent a significant portion of this budget. In Spring's climate, where air conditioners run hard and humidity stresses components, following this rule prevents surprise expenses. Set aside funds monthly. Regular maintenance costs less than emergency repairs. This budgeting approach helps you plan for both routine service and eventual system replacement.
Pay varies by experience, location, and specialization, but HVAC technicians and plumbers earn comparable wages. Both trades require licensing and ongoing education. HVAC techs in Texas average similar hourly rates to plumbers. Specializations affect pay. Commercial HVAC techs or plumbers handling complex systems often earn more. Both trades offer strong job security and advancement opportunities. In Spring's growing market, skilled technicians in either field stay busy. The best choice depends on your interests. HVAC involves more electrical work and seasonal demand spikes, while plumbing offers year-round consistency.

HVAC Services in The Houston Area

Titan HVAC is proud to serve Houston and the surrounding areas with expert heating and cooling solutions. Our central location allows us to respond quickly to both residential and commercial clients. Whether you need an emergency fix or scheduled service, we’re never far away. Explore our service area and see how close comfort really is. We're just a call or click away—connect with us today.

Address:
Spring, TX, 77373

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Get Your Spring HVAC System Fixed Today

Your air conditioner or heater isn't going to fix itself. Call Titan HVAC Houston now at (281) 552-7766 for same-day service in Spring. We answer calls seven days a week, quote prices upfront, and fix most problems in a single visit.