Ausmalt 400mm x 350mm x 350mm x 250mm Poly Insulated DBTO

The Ausmalt 400mm x 350mm x 350mm x 250mm Poly Insulated DBTO by Ausmalt is a specialized solution designed to enhance thermal efficiency and performance in HVAC systems. The Ausmalt 16141410A++ features robust polyethylene insulation specifically crafted for branch take-offs, ensuring optimal energy conservation and reliability in diverse HVAC applications. It is engineered for seamless integration into branch ducts, ensuring a precise fit and minimizing air leakage for improved system performance. The product is built with durable materials to withstand environmental conditions and maintain long-term performance without degradation.

Key Features

• Polyethylene Insulation: Utilizes high-quality insulation to minimize heat loss and maximize energy efficiency, ideal for maintaining consistent temperatures in HVAC systems.
• Branch Take Off Design: Engineered for seamless integration into branch ducts, ensuring a precise fit and minimizing air leakage for improved system performance.
• Durable Construction: Built with durable materials to withstand environmental conditions and maintain long-term performance without degradation.
• Ease of Integration: Designed for straightforward installation and compatibility with standard HVAC configurations, reducing installation time and labor costs.

Main Benefits

• Energy Efficiency: The Ausmalt 400mm x 350mm x 350mm x 250mm Poly Insulated DBTO helps minimize heat loss and maximize energy efficiency in HVAC systems.
• Reliability: The product is built with durable materials to withstand environmental conditions and maintain long-term performance without degradation.
• Easy Installation: The Ausmalt 16141410A++ is designed for straightforward installation and compatibility with standard HVAC configurations, reducing installation time and labor costs.
• Improved System Performance: The product is engineered for seamless integration into branch ducts, ensuring a precise fit and minimizing air leakage for improved system performance.