Plastic Straight Reducing Joiner For Polyurethane Ducting

The Reducing Male Connector for PU Polyurethane Ducting provides a strong and reliable solution for joining ducting of different diameters in ventilation and extraction systems. Manufactured from durable ABS plastic with a 2.5 mm wall thickness, the connector is lightweight yet impact-resistant, ensuring long service life in both domestic and industrial environments. Featuring a matte finish and precision-moulded spigot design, it delivers a secure, leak-resistant fit when clamped to polyurethane ducting. Operating between -20°C and +105°C, it is suitable for a wide range of air transfer and dust control applications.

Key Features:

• Material: ABS plastic construction with 2.5 mm wall thickness.

• Design: Reducing male inline connector for joining ducting of different diameters.

• Sizes Available: Range from 65 mm > 50 mm up to 150 mm > 125 mm.

• Colours: Available in black, white, red, or blue finishes.

• Operating Temperature: -20°C to +105°C.

• Applications: Ventilation, dust and fume extraction, HVAC systems, and air-handling connections.

• Finish: Matte surface for professional installation.

Designed for adaptability, the reducing male connector allows easy transition between different ducting sizes, ensuring airflow continuity without leaks or instability. Its robust ABS construction provides excellent resistance to cracking, UV, and environmental wear, making it well-suited for continuous use in workshops, agricultural sites, and industrial facilities. Lightweight yet strong, the connector is simple to install and can be secured effectively with hose clamps. With multiple size and colour options available, it offers versatility for a wide range of ducting setups.

Applications include dust extraction units, HVAC installations, industrial air transfer, and general-purpose ducting connections. The reducing connector is commonly used in environments where different duct sizes need to be joined securely, offering a durable and low-maintenance solution for efficient air-handling systems.