90 ° insulated angle for CORAX chimney d.100-180 mm (stainless steel 430/304)

The product discussed is an angled chimney pipe specifically designed for use as insulation in smoke removal systems. It is called "CORAX Ø" and is available in different sizes to suit different needs. The internal diameter of this chimney can be selected from 100 mm to 350 mm, and the external diameter varies from 180 to 430 mm.

Key Features:

90° Insulated: The chimney is configured to form a right angle of 90°, making it ideal for use in boiler, furnace and fireplace smoke extraction systems.

Variable internal diameter: The ability to select the internal diameter of the chimney from a wide range of options makes it versatile and adaptable to different types of installations and needs.

Expandable Outer Diameter: Adjustable outer diameter allows for flexible and efficient installation for a perfect match with other smoke extraction system components.

Compatibility: Designed for boilers, stoves and fireplaces, this smoke duct is designed to integrate perfectly into various types of heating installations, ensuring efficient and safe operation.

Advantages:

Energy Efficient: By ensuring proper smoke removal, this duct helps maintain the efficiency of the heating system and reduce heat loss.

Safety: Made from durable materials that can withstand high temperatures, this smoke duct provides a safe and reliable solution for removing smoke generated during the combustion process.

Adaptability: The wide range of available sizes allows the duct to be adapted to different configurations and installation requirements, ensuring that the fume extraction system is optimally optimized for each specific application.

Durability: Made from high quality materials, this smoke duct is designed to withstand harsh operating conditions and provide a long service life without the need for frequent maintenance or replacement.

In conclusion, the "CORAX Ø" chimney is a reliable, efficient and adaptable solution for smoke removal systems from various heating installations, providing an optimal balance between performance, safety and durability.