Nuaire 125mm Thermal Ducting Internal Insert

Single Nuaire 125mm Thermal Ducting Internal Insert

Product Summary:

An insert for use with Nuaire Ductmaster Thermal Insulated Ducting systems using the older method of internal black insert connections and sealant.

Please note this method is no longer recommended. Instead, Nuaire recommend the use of Nuaire 125mm Diameter One Piece Connectors

Please refer to the Thermal Ducting Installation Instructions for details.

Features and Benefits:

• Award-Winning – Housebuilder Product Award 2014 Winner
• Regulation-Compliant – Fully compliant with building regulations
• Effective – Improved thermal efficiency using distinctive expanded polystyrene material
• Sealed Tight – Clamp forms an airtight seal and removes the need for sealant and tape
• Condensation-Busting – Reduces the risk of condensation forming on the duct
• Easy Installation – Lightweight construction and easy-to-fit one-person installation, reduced installation time
• Complete Range – Full range of sizes and parts available
• 5 year warranty; 1 year parts and labour, remaining years parts only (UK & Ireland Only)

Range Details:

Ductmaster Thermal – Nuaire’s complete thermal solution for ducting in unheated spaces.

Nuaire’s Ductmaster thermal ducting system is a complete ducting system in itself. Unlike other thermal ducting, which simply fits around a PVC pipe, the Ductmaster ducting lengths are constructed entirely of thermal insulated material. This ensures the absolute minimum of condensation formation in the duct run, establishing itself as some of the most: efficient, cost effective and quick to install thermal ducting available on the market today.

Compliant with building regulations the lightweight material not only enables a one-person lift, but also removes the time and cost of insulating the PVC pipe line.

Nuaire Thermal Ducting (NTD) is a range of ducting and ancillaries intended for installation in domestic properties.

Using Nuaire Thermal Ducting will achieve a level of leakage substantially lower than the maximum allowed for a class A duct as defined in DW/143 (Ductwork leakage testing)