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Round ducts are efficient in HVAC systems, offering smooth airflow with minimal resistance. Made from durable materials, they reduce noise, friction, and energy loss, ensuring effective air distribution in various settings.

GI rectangular ducts are durable, corrosion-resistant air ducts used in HVAC systems. Their rectangular shape maximizes space efficiency, providing effective airflow and ventilation for commercial, industrial, and residential applications.

A volume control damper regulates airflow in HVAC systems by adjusting the duct opening. It ensures precise air distribution, maintaining desired ventilation levels, and improving system efficiency and performance in various applications.

A Spiller mixing box is used in HVAC systems to combine air from different sources, controlling temperature and airflow. It ensures efficient air distribution, enhancing comfort and optimizing system performance in various environments.

A butterfly damper is an airflow control device used in HVAC systems. It features a rotating disc that adjusts the duct opening, regulating air volume and improving system efficiency. Ideal for precise airflow control, it ensures optimal ventilation and air distribution.

MS (Mild Steel) ducts are commonly used in kitchen exhaust systems for their strength and heat resistance. They effectively handle high temperatures and grease-laden air, ensuring efficient ventilation and durability in commercial kitchen settings.

A mixing chamber in HVAC systems combines air from multiple sources, ensuring uniform temperature and airflow. It helps maintain consistent air quality and efficient ventilation, optimizing comfort and system performance in various environments.

Aluminum rectangular ducts are widely used in hospitals for HVAC systems. Their lightweight, corrosion-resistant properties ensure efficient airflow, preventing contamination and maintaining clean, controlled environments essential for patient health and comfort.

A cross-talk attenuator is used in HVAC systems to reduce noise interference between ducts. It minimizes sound transmission, ensuring quieter operation and maintaining air quality by preventing disruptive noise in commercial and residential spaces.