Vero 45-Degree Bend, DM110

Vero 45-Degree Elbow – Reliable Ductwork Connection

Vero 45-Degree Elbow дм110 — This elbow provides a smooth, angled transition in ductwork systems, specifically designed for 110mm diameter (дм110) applications. Manufactured for robust performance, it ensures efficient airflow and minimizes pressure drop. Ideal for HVAC systems, ventilation, and industrial exhaust applications, the Vero 45-degree elbow offers a secure and durable connection, contributing to overall system efficiency and longevity.

Technical Specifications:

• Type: 45-Degree Elbow

• Standard: GOST 32418-2013 (Equivalent to EN 12068)

• Base Material: Galvanized Steel (SGCC)

• Application: Both (Indoor & Outdoor - suitable for protected outdoor environments)

• Consumption: N/A (Unit-based, not a surface application)

• Drying Time: N/A (Pre-fabricated component)

• Durability: Corrosion-resistant galvanized coating, robust construction for long-term performance under typical HVAC operating conditions. Resistant to mechanical damage during installation.

• Packaging: Individual cardboard boxes, palletized for bulk shipments.

Advantages:

• Optimized Airflow: Reduces turbulence and pressure drop for efficient ventilation.

• Durable Construction: Galvanized steel ensures long-lasting corrosion resistance.

• Easy Installation: Designed for quick and secure connection within ductwork systems.

• Standardized Dimensions: Compatible with common 110mm ductwork systems.

• Robust Design: Withstands mechanical stress during handling and operation.

• Reliable Performance: Ensures consistent airflow and system efficiency.

Applications:

• HVAC Systems: Connecting ductwork sections in residential and commercial heating, ventilation, and air conditioning systems.

• Ventilation Systems: Directing airflow in industrial and commercial ventilation applications.

• Industrial Exhaust Systems: Routing exhaust gases in manufacturing and processing facilities.

• Air Distribution Systems: Providing angled connections in complex air distribution networks.