Y-piece

Ventilation Tee Fitting with a 45-Degree Angle

The ventilation tee fitting with a 45-degree angle is an essential component in ventilation systems, designed to distribute or merge airflow in different directions. This component is engineered to ensure efficient air circulation, reducing resistance and improving overall system performance.

Technical Specifications

Material

Manufactured from high-quality galvanized steel, providing corrosion resistance and durability. Stainless steel or other specific materials are available upon request.

Angle

The connection branch is positioned at a 45-degree angle, reducing airflow resistance and ensuring smooth and even distribution between the ducts.

Sizes

Available in various sizes and diameters to accommodate specific ventilation system requirements.

Functions

Airflow Distribution or Merging

The tee fitting allows for even distribution of airflow between two ducts or combination of two airflow streams into a single duct.

Airtight Construction

Precision connections and tight welds ensure that no airflow is lost, maintaining the efficiency of the ventilation system.

Easy Installation

The tee fitting is designed for quick and simple installation, using standard connections or specialized mounting accessories.

Advantages

Durable and Reliable

Made from high-quality materials, the tee fitting is suitable for various operating environments, including industrial spaces and residential buildings.

Efficient Airflow

The 45-degree angle ensures smooth and efficient airflow, minimizing pressure losses.

Adaptability

Available in various sizes and customizable to specific ventilation systems.

Applications

• Airflow distribution and merging in ventilation and exhaust systems
• Used in industrial buildings, shopping centers, offices, and residential spaces
• Suitable for supply and exhaust systems, as well as air conditioning units

The ventilation tee fitting with a 45-degree angle is a reliable solution that helps optimize ventilation system performance, ensuring smooth airflow and efficient operation under various conditions.