Air Balance Masters is a certified air balancing company specializing in air balance testing and certification services across the mid-Atlantic region, including Maryland, Virginia, Washington D.C., and beyond. With a strong commitment to quality and client satisfaction, the company has established itself as a trusted partner for HVAC contractors and general contractors, facilitating smooth project completions and ensuring compliance with industry standards.
Founded by Ghazi Hussain, who holds degrees in Electrical Engineering and Operations Management, Air Balance Masters has been at the forefront of air balancing services since 2016. The team's expertise is backed by certifications from the National Comfort Institute (NCI), The Joint Commission (TJC), and the Centers for Medicare and Medicaid Services (CMS), which underscore their capabilities in meeting the stringent requirements of healthcare facilities.
The company offers a wide range of air balance testing services, including Air Changes Per Hour (ACH) measurements and room pressure differential testing, all in adherence to ASHRAE 170 standards. Their methodical approach ensures that medical facilities can maintain the necessary air quality for patient safety and compliance, ultimately enabling access to federal health insurance programs.
Air Balance Masters is not just focused on compliance but also emphasizes efficiency and responsiveness. They are known for their quick turnaround times, allowing clients to move forward with project deadlines without unnecessary delays. The business prides itself on transparent communication, quality service, and flexibility in scheduling, which has earned them a loyal clientele and glowing reviews.
In a competitive marketplace, Air Balance Masters continues to thrive by prioritizing customer satisfaction and delivering precise air balancing solutions that enhance the performance of HVAC systems. Whether for healthcare buildings or commercial projects, they stand ready to support contractors and managers in achieving their goals and maintaining optimal air performance.
