FITZER - Cold Room Evaporator Unit

The Fitzer Incorporation Cold Room Evaporator Unit is designed for direct expansion refrigeration systems in walk-in cold rooms, featuring aluminum finned tubes with copper refrigerant lines and a corrosion-resistant galvanized steel housing. The unit supports evaporator temperatures down to -45°C and operates with a nominal airflow of 1,200 to 4,500 m³/h, depending on model size. It is compatible with R404A and R507 refrigerants and includes an electric defrost heater with timed or pressure-triggered activation.

Evaporator coils are manufactured using copper tubing with 0.8 mm wall thickness and aluminum fins spaced at 2.8 mm intervals, following standard industrial practices for thermal efficiency and frost resistance. The fan motors are rated for continuous duty at 40°C ambient and include thermal overload protection. The unit is available in ceiling-mounted, wall-mounted, and floor-standing configurations, with standard sizes ranging from 1.2 m to 3.5 m in length. Typical applications require a minimum of 300 W power draw per meter of coil length.

This evaporator unit is commonly sourced by frozen food distributors, cold chain logistics providers, and pharmaceutical storage operators in India and neighboring countries. Buyers often require units with stainless steel drip trays, anti-microbial coating on fins, and variable speed fan control for energy optimization. Trade terms are typically FOB Ankleshwar, with packaging in reinforced cardboard and foam padding. Minimum order quantities are not stated but are usually based on full container load shipments.

Fitzer Incorporation is located in Ankleshwar, Gujarat, India, operating from an industrial complex within the GIDC zone. The company is listed as a manufacturer of refrigeration evaporators with a harbor trust tier, indicating basic platform verification. No details are provided regarding company history, workforce, production capacity, or export volume. The profile does not mention certifications, client references, or quality control procedures beyond general claims of product durability.

The supplier’s lack of response metrics suggests limited customer service infrastructure. Buyers should assume manual order processing and longer confirmation cycles. There is no evidence of third-party assembly, suggesting direct manufacturing. However, without documented quality testing or inspection reports, buyers must request performance data and material certifications directly before committing to bulk orders.