Aluflow Aluminium Downpipe Offset Bend - 112 Degree - Grey

Aluflow Aluminium Downpipe Offset Bend is a crucial component of the patented Aluflow aluminium guttering system, designed to effectively direct rainwater and enhance the overall efficiency of your gutter system.

Key Features:

• Offset Bend Design: The 112-degree angle of this offset downpipe bend is optimally designed to guide rainwater efficiently through the guttering system, ensuring effective drainage and reducing the risk of blockages.
• Aluflow Aluminium Construction: Made from high-quality Aluflow aluminium, this offset bend is durable, resistant to weather elements, and built to last, maintaining its integrity over time.
• Colour Options: Available in a sleek grey, black, white an dpoer coated variants, this offset bend complements a variety of building exteriors and can be coordinated with other components in the Aluflow guttering system.
• Powder-Coated Finish: The offset bend features a powder-coated finish, enhancing its durability and resistance to corrosion, and ensuring a long-lasting, attractive appearance.
• Easy Installation Process: Designed with a simple slot fit, the offset bend can be easily installed without the need for complex tools or procedures, making it suitable for both professional and DIY installations. Typically a gutter is installed on a fascia which is extended out beyond the brickwork, from the wall by the distance of the soffit. Using two Aluflow Downpipe 112° Offset Bends you can create a 'swan neck' effect with the downpipe. Not only to direct the downpipe back to the wall, but also direct it to to position along the wall, if you are needing to align it with a drain or avoid an obstacle.
• Compatibility with Aluflow Downpipe: This downipe offset bend is fully compatible with the Aluflow downpipe, ensuring a seamless and secure connection within the guttering system.
• Patented Aluflow System: As part of the patented Aluflow aluminium guttering system, this offset bend represents innovative design and quality, ensuring optimal rainwater management.