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CoilsAI

Consulting Engineers

The global coil selection standard for consulting engineers

Direct access to reliable coil performance data, material choices, and manufacturer quote pathways.

Thermal Performance Intelligence

airAirside Performance
80°F55°F
Entering Air80°F · 50% RH
Leaving Air55°F · 95% RH
ΔT Air25°F
Face Velocity500 FPM
Air ΔP0.45 in.wg
water_dropFluid-Side Performance
45°F · 120 GPM55°F
Entering Fluid45°F · 120 GPM
Leaving Fluid55°F · 120 GPM
ΔT Fluid10°F
Capacity600 MBH
Fluid ΔP8.2 ft.wg

Engineering Inputs

AirflowEntering air temperatureLeaving air temperatureEntering fluid temperatureLeaving fluid temperatureFluid typeGPMSteam pressureRefrigerant typeCapacityFace velocityAir pressure dropFluid pressure dropRow countFins per inchTube diameterTube wallTube materialFin materialCasing materialCoatingConnection sideHandingAltitudeFouling factorsFreeze protectionApplication constraints

Materials Intelligence

Copper

Primary tube material for heat transfer efficiency and corrosion resistance in water and refrigerant applications.

Aluminum

Lightweight fin and tube material offering excellent thermal conductivity and cost efficiency.

Carbon Steel

Structural casing and header material for industrial and high-pressure applications.

Stainless Steel

Corrosion-resistant option for aggressive environments, food processing, and coastal installations.

Galvanized Steel

Protected steel casing for standard commercial HVAC applications with moisture exposure.

Epoxy-Coated Fins

Corrosion protection for fins in harsh or coastal environments extending coil life.

Phenolic Coatings

Chemical-resistant coating for coils in industrial process and aggressive fluid applications.

Copper Fins

Enhanced heat transfer fin material for specialized high-performance applications.

Aluminum Fins

Standard fin material balancing thermal performance, weight, and manufacturing efficiency.

Specialty Materials

Application-specific materials for unique thermal, chemical, or regulatory requirements.