The Best HVAC in Richlands, NC

Compare the highest-rated hvac professionals in Richlands, North Carolina. All contractors are licensed, insured, and verified through our rigorous screening process.

#1

Richlands Climate Control

4.8
(124 reviews)
Verified

A premier full-service HVAC contractor specializing in high-efficiency system installations and complex ductwork design for Richlands' humid subtropical climate. They are Carrier Factory Authorized Dealers and focus on reducing energy costs for homeowners through advanced systems like heat pumps and geothermal options.

101 Main Street, Richlands, NC 28574

Specialties & Features

Energy Efficiency Consulting
Geothermal System Installation
24/7 Emergency Service
Ductwork Design & Sealing

Business Information

Years in Business:15 years
Licensed:Yes
Insured:Yes
#2

Onslow County Heating & Air

4.6
(98 reviews)
Verified

A family-owned and operated business serving Richlands and the greater Onslow County area for over two decades. They are known for their reliable repair services and comprehensive maintenance plans designed to handle the high summer cooling demand. They are Lennox Premier Dealers and NATE certified.

455 Richlands Highway, Richlands, NC 28574

Specialties & Features

HVAC Maintenance Plans
Heating System Repair
24/7 Emergency Service
Indoor Air Quality Solutions

Business Information

Years in Business:22 years
Licensed:Yes
Insured:Yes
#3

Coastal Comfort Solutions

4.5
(76 reviews)
Verified

Specializes in both residential and light commercial HVAC services, with a strong focus on heat pump systems ideal for North Carolina's variable seasons. They offer free in-home estimates for new installations and are praised for their honest diagnostics and upfront pricing. They are EPA Certified for handling all refrigerants.

789 New River Road, Richlands, NC 28574

Specialties & Features

Heat Pump Experts
Commercial HVAC
Honest Diagnostics & Pricing
System Replacement Specialists

Business Information

Years in Business:10 years
Licensed:Yes
Insured:Yes

Why These Are the Top HVAC Contractors in Richlands

Richlands, NC, experiences a humid subtropical climate with hot, humid summers and mild winters, placing a significant annual demand on air conditioning systems. The cooling season is long, and systems often run near capacity for months, making reliable performance and energy efficiency top priorities for homeowners. The local HVAC market is competitive but dominated by a mix of long-standing local companies and larger regional providers serving the Jacksonville metropolitan area. Seasonal demands peak during late spring (for AC tune-ups) and early fall (for furnace checks), with a high volume of emergency repair calls during summer heatwaves.

High Ratings

4.7+ star average from verified customer reviews

Fully Licensed

All contractors are properly licensed and insured

Proven Experience

10+ years average experience in the industry

Local Experts

Familiar with Richlands regulations and climate

Frequently Asked Questions About HVAC in Richlands

Get answers to common questions about hvac services in Richlands, North Carolina.

1What is the typical cost range for replacing a central HVAC system in Richlands, and are there any local factors that affect price?

In the Richlands area, a full HVAC system replacement typically ranges from $5,500 to $12,000, depending on system size, efficiency rating, and home complexity. Local factors include our humid subtropical climate, which necessitates systems with strong dehumidification capabilities, and the prevalence of heat pumps as a popular, efficient choice for handling both our hot summers and mild winters. Always get multiple itemized quotes from licensed local contractors to ensure a fair price for equipment suited to our specific coastal NC weather.

2When is the best time of year to schedule HVAC maintenance or replacement in Richlands to avoid delays?

The optimal times are during the mild shoulder seasons of early spring (March-April) and early fall (September-October). Scheduling during these periods avoids the peak summer demand when HVAC companies are overwhelmed with emergency no-cool calls in our 90°F+ summers and the winter rush for heat pump issues. Planning ahead ensures you get timely service and may qualify you for off-season promotional discounts from local providers.

3Are there any specific permits or regulations for HVAC work in Richlands, NC, that homeowners should know about?

Yes, most HVAC installations and replacements in Richlands and Onslow County require a permit from the local building department, which your contractor should typically pull. North Carolina also requires all HVAC contractors to be licensed by the NC State Board of Examiners of Plumbing, Heating, and Fire Sprinkler Contractors. Always verify this license and ensure the work complies with current NC building and mechanical codes, which include specific duct sealing and efficiency standards important for our climate.

4How do I choose a reliable HVAC contractor in the Richlands area?

Prioritize contractors who are locally established, fully licensed and insured in North Carolina, and have strong community references. Look for companies experienced with the common issues in our area, such as managing humidity, servicing heat pumps, and addressing the wear from salty coastal air. Check their rating with the Better Business Bureau and review sites, and ensure they perform a detailed Manual J load calculation for your specific home to correctly size the new system.

5My heat pump seems inefficient during our coldest winter nights. Is this normal for Richlands, and what are my options?

This is a common concern. While heat pumps are excellent for our generally mild winters, they can lose efficiency during brief temperature dips near or below freezing, often requiring a backup heat strip (auxiliary heat) to maintain comfort. A properly sized and maintained system should handle most Richlands winters. For improved cold-weather performance, consider upgrading to a newer variable-speed or cold-climate heat pump model, which are significantly more efficient in lower temperatures than older single-stage units.