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Connections for ducts | Ventilation systems | 90° elbows | Galvanized steel

  • Galvanized steel elbows at 90° are essential components in ventilation systems used to redirect airflow. These elbows enable the creation of turns in ductwork, allowing for efficient and optimal air distribution in various spaces. The galvanized steel construction ensures reliability, durability, and corrosion resistance.

    Technical Specifications:

    Material: Galvanized steel, providing additional corrosion protection.
    Angle: 90°, allowing for sharp turns in ductwork.
    Standard Size Specifications: Various diameters tailored for different duct systems (e.g., 100mm, 150mm, 200mm, etc.).
    Temperature Resistance: Suitable for medium-temperature systems, up to 200 °C.
    Finish: Galvanized coating offers better aesthetics and additional protection against external factors.
    Usage:

    Galvanized steel elbows at 90° are widely used in:

    Ventilation Systems: For efficient air circulation in offices, industrial spaces, residential homes, and commercial areas.
    Heating and Air Conditioning Systems (HVAC): Helps achieve desired temperature and air quality.
    Industrial Systems: Used to direct airflow to prevent excessive pressure and ensure optimal operating conditions.
    Advantages:

    Corrosion Resistance: The galvanized coating ensures long-lasting use even in humid environments.
    Strength and Durability: Steel provides structural integrity, making the elbows reliable and resistant to mechanical damage.
    Easy Installation: Standardized sizes and design allow for easy integration of elbows into existing duct systems.
    Cost-Effectiveness: Due to their long service life and minimal maintenance, galvanized steel elbows are an economical choice.
    Galvanized steel elbows at 90° for ducts are an integral part of ventilation systems, ensuring efficient airflow and optimal energy usage. They are reliable, long-lasting, and easy to install, making them ideal for both industrial and residential spaces. 

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