Flash Sale Eckwandfutter 90°mit Blende Lose, Ecke Innen, Ø 120mm, Stahl, Unlackiert Instant 80% Discount [Hb7mGqSn]

90° Eckwandfutter with Blind, Inner Corner, Ø 120mm, Steel, Unpainted

Discover the Jeremias® FERRO-LUX 90° Eckwandfutter, a versatile and durable solution for connecting your fireplace or pellet stove to the chimney. This high-quality steel product, available in an unpainted finish, ensures a seamless and efficient connection. With its precise 90° angle design and inner corner fitting, the Eckwandfutter is an essential component for a perfect installation.

Key Features and Specifications

The Jeremias® FERRO-LUX Eckwandfutter is crafted from robust steel material, providing exceptional strength and longevity. Its inner diameter of Ø 120mm is suitable for a wide range of applications, ensuring compatibility with various fireplace and pellet stove models. The product boasts a temperature resistance of up to 600°C, making it ideal for use in both residential and commercial settings. Here are some of its key features:

• Material: Stahlblech DC01 (St12) for 2.0mm products (Chimney Flues)
• Temperature Resistance: Up to 600°C
• Application: Abgasführung im Unterdruckbereich, Regelfeuerstätten für feste Brennstoffe, trockene Betriebsweise

Practical Uses and Benefits

The Jeremias® FERRO-LUX Eckwandfutter is designed to facilitate a smooth and secure connection between your fireplace or pellet stove and the chimney. This product is an essential component for ensuring optimal performance and safety. By using the Eckwandfutter, you can:

• Enhance Safety: The secure connection reduces the risk of gas leaks and fire hazards.
• Improve Efficiency: The precise fitting ensures optimal airflow and heat transfer.
• Customize Your Installation: The unpainted finish allows for easy customization to match your home's interior design.

With a delivery time of approximately 5-10 working days, the Jeremias® FERRO-LUX Eckwandfutter is the perfect choice for anyone looking to upgrade their fireplace or pellet stove installation.