From Pharmaceutical Clean Rooms to Warehouse Air Movement — We Engineer All of It.
A solutions portfolio covering 11 HVAC systems, serving 14+ industries — backed by in-house fabrication and 25+ years of engineering expertise.
VRV / VRF Systems
Variable Refrigerant Volume and Variable Refrigerant Flow systems are the gold standard for multi-zone environments requiring independent temperature control and high energy efficiency. From boutique hotels to large corporate campuses, VRV/VRF systems deliver flexibility that centralised chiller plants or split systems cannot match.
Ductable & Packaged Air Conditioning
Ductable systems remain the workhorse of large commercial and industrial HVAC. Paired with our in-house duct manufacturing, these systems deliver uniform air distribution, consistent temperature control, and long operational life — at a cost that makes sense for large spaces.
AHU / TFA / Exhaust Systems
Air Handling Units are the functional core of many industrial HVAC configurations. Our AHU solutions are engineered for the environment — pharmaceutical-grade HEPA configurations, energy recovery units for large facilities, and robust exhaust systems for process and chemical environments.
Chillers, Process Chillers & Heat Pumps
For large cooling loads and process temperature requirements, chiller-based systems deliver the energy efficiency and reliability that no split or VRF system can match at scale. Process chillers extend this capability to manufacturing applications where precise fluid temperature control is a production variable.
Clean Room HVAC Systems
Clean room HVAC is among the most technically demanding specialisations in our industry. Phalange Industries designs and delivers clean room air systems that meet ISO classification requirements — with precise control of temperature, humidity, pressure differentials, and particulate counts. Our designs are built to satisfy Schedule M, WHO-GMP, and USFDA requirements from the outset.
Industrial & Commercial Ventilation
Industrial ventilation is a safety and regulatory requirement — not an engineering optional. Our ventilation systems are designed to meet National Building Code standards and sector-specific guidelines, ensuring safe air quality, heat dissipation, and fume control across industrial environments.
Kitchen & Basement Ventilation
Commercial kitchens and basement spaces require ventilation systems that go beyond comfort — they must manage fire risk, grease-laden exhaust, CO accumulation, and make-up air balance. Our kitchen and basement systems are engineered with these specific safety requirements as primary design drivers.
Evaporative Cooling Systems
For high-ceiling industrial spaces where refrigerant-based cooling is economically impractical, evaporative cooling delivers meaningful thermal comfort at a fraction of the operating cost. These systems are particularly effective in Gujarat's climate — where dry-bulb temperatures make evaporative cooling highly efficient for much of the year.
HVLS Fans
High-Volume Low-Speed fans move large quantities of air at minimal energy cost, eliminating heat stratification and improving thermal comfort in large industrial spaces where traditional fans cannot cover ground effectively.
Custom HVAC Engineering & Special Purpose Machines (SPMs)
Some of the most impactful work we do is the kind that does not have a catalogue number. Our custom engineering capability allows us to design and fabricate bespoke air systems and special purpose machines for industrial processes that require non-standard solutions — engineered from first principles, built in our facility.
In-House Duct Manufacturing & Fabrication
Every duct we install is a duct we built. Our in-house fabrication facility is the foundation of our quality promise — giving us direct control over material specification, joint quality, insulation application, and leakage performance. No outsourcing, no middlemen, no quality surprises on site.
Need a Customized Engineering Solution for Your Facility?
Discuss your specific technical requirements with our engineering team today.