10" Adhesive Duct Takeoff with Damper

Precise Ventilation Control – Lukjan 10" Adhesive Duct Takeoff with Damper

The Lukjan 10" Adhesive Duct Takeoff with Damper is designed for efficient airflow transitions from trunk ducts to branch runs. Built with heavy-duty galvanized steel, it provides long-lasting durability and reliable performance in residential and light commercial HVAC applications. The adhesive-mounted flange allows for quick installation while reducing potential air leakage.

With its integrated damper, this takeoff enables precise airflow regulation, making it an essential component for system balancing and energy efficiency.

Contractor Advantages

This takeoff is engineered to meet job site requirements with a focus on installation speed and system reliability. The adhesive flange reduces the need for additional fastening hardware, saving labor time, while the damper simplifies zoning adjustments during setup and commissioning.

Key Features

• Durable Construction: Manufactured from 26-gauge galvanized steel for strength and longevity.
• Adhesive Flange: 1-1/2" flange ensures secure attachment and minimizes leakage.
• Integrated Damper: Provides direct airflow control for system balancing.
• Standard Sizing: Designed for 10" ducts, compatible with a wide range of systems.

Technical Specifications

• Diameter: 10 inches
• Length: 6 inches
• Material: 26-gauge galvanized steel
• Flange Size: 1-1/2 inches
• Damper: Adjustable, integral design

Installation Notes

Installation should be performed on a clean, prepared surface to ensure adhesion and airtight performance. Proper alignment and sealing are critical to maximize system efficiency. Professional installation is recommended to ensure compliance with specifications and building codes.

Professional Use Case

The Lukjan 10" Adhesive Duct Takeoff with Damper is a contractor-grade solution for distributing airflow effectively in duct systems. Its rugged construction, adhesive flange, and integrated damper make it a reliable choice for projects requiring efficiency, precision, and long-term durability.