FITZER - Cooling Coils

The FITZER - Cooling Coils are designed for air handling units in commercial HVAC systems, with row depths of 2, 4, 6, 8, and 10 rows, and fin spacing ranging from 5 to 12 fins per inch. Copper tubes with diameters of 3/8 inch, 1/2 inch, and 5/8 inch are used, with wall thicknesses between 0.3 mm and 0.6 mm. These coils are engineered for efficient heat absorption in chilled water or direct expansion systems.

The construction relies on copper tubing for its thermal conductivity and aluminum fins for surface area expansion. Standard fin material is plain or hydrophilic-coated aluminum, though the listing does not specify coating type. Tube-to-fin bonding is typically mechanical or brazed, with brazing preferred for high-pressure applications. The absence of steel components reduces corrosion risk in humid environments.

These coils are commonly sourced by manufacturers of air conditioning units for exhibition centers, auditoriums, and industrial facilities requiring precise temperature control. Buyers in HVAC system integration and building services procurement typically order in batches of 50 to 500 units. Trade terms are generally FOB Ankleshwar, with packaging in corrugated cartons and protective end caps. Lead time and minimum order quantities are negotiable per project.

Fitzer Incorporation operates from Ankleshwar, Gujarat, India, as a manufacturer of HVAC cooling coils. The supplier’s profile does not list years in business, export history, certifications, or verified response metrics. No information is provided about production capacity, quality control procedures, or engineering support beyond the listed dimensions and materials.

The company does not claim any client names, case studies, or third-party validations. The absence of a response rate or lead time data suggests limited export readiness. Buyers should treat this as a direct manufacturer without documented international trade experience and must validate all technical and logistical parameters directly before procurement.