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Premier Palghar-manufactured HVAC copper coils feature high-purity copper tubes and continuous copper fins for maximum heat transfer efficiency.
Built with 100% copper-to-copper mechanical bonding to prevent galvanic corrosion and withstand harsh coastal and industrial environments.
Custom-engineered in Boisar & Tarapur MIDC to ISO/AHRI standards, pressure-tested up to 450+ PSI for leak-free reliability.
Ideal for AHUs, industrial chillers, condensers, marine applications, and pharmaceutical cleanroom climate control across Maharashtra.
Leading precision engineering manufacturers in Palghar (Boisar & Tarapur MIDC Region, Maharashtra) produce high-performance HVAC copper coils featuring 100% pure copper tubes and copper fins. Engineered for extreme corrosion resistance and maximum heat transfer efficiency, these all-copper heat exchangers offer superior durability in coastal, industrial, and heavy-duty HVAC environments compared to traditional aluminum-finned coils.
Tube Material: High-grade seamless copper tubes (Inner-Grooved or Smooth).
Fin Material: High-purity copper fins for maximum thermal conductivity.
Testing & Quality: Pressure tested up to 450+ PSI and leak-tested under high-purity nitrogen.
Design Standards: Manufactured to AHRI and ISO manufacturing standards.
Fin Configuration: Continuous sine wave / corrugated fins for optimized air turbulence and heat exchange.
Air Handling Units (AHUs) & Fan Coil Units (FCUs)
Commercial & Industrial Water Chillers
Condensers & DX Evaporator Coils
Pharmaceutical & Cleanroom Climate Control Systems
Marine & Coastal HVAC Systems requiring high corrosion protection.
Superior Heat Transfer: Copper-to-copper mechanical bonding eliminates galvanic corrosion and ensures zero thermal conductivity loss over time.
Corrosion Resistance: Ideal for coastal industrial zones like Palghar and Mumbai, resisting atmospheric sulfur and high salinity.
Custom Fabrication: Manufactured locally in Palghar industrial hubs with customizable tube diameters (3/8", 1/2", 5/8"), fin spacing, and header configurations.