The Alumasc Skyline Sloping Coping Left Hand Closed Stop End is designed to create a neat, finished end detail on the left-hand side of an Alumasc Skyline sloping coping run.
Used alongside the main Skyline sloping coping lengths, this left hand closed stop end allows the coping run to terminate cleanly while maintaining a consistent roofline finish. The sloping profile helps encourage rainwater run-off, while the closed end detail helps complete the installation and protect the exposed end of the wall from weather exposure.
Manufactured from aluminium, the left hand closed stop end is lightweight, durable and low maintenance. It is available in a choice of mill finish or polyester powder-coated colours to match the rest of the Skyline sloping coping system.
Key Features
• Designed for use with Alumasc Skyline sloping coping
• Creates a clean left-hand closed stop end detail
• Suitable for terminating sloping coping runs
• Helps protect exposed wall ends from weather exposure
• Sloping profile helps encourage rainwater run-off
• Maintains a consistent finish with the main coping lengths
• Durable aluminium construction
• Lightweight and low maintenance
• Available in mill finish or powder-coated colour options
• Suitable for new build and refurbishment projects
Specifications
• Product Type: Sloping coping left hand closed stop end
• Brand: Alumasc Skyline
• Material: Aluminium
• Profile: Sloping coping
• End Type: Left hand closed stop end
• Application: Parapet and upstand walls
• Suitable Roof Types: Flat roofs and pitched roofs
• Finish Options: Mill finish or polyester powder-coated colours
• Compatible With: Alumasc Skyline aluminium sloping coping system
• Best Suited For: Finishing the left-hand end of a sloping coping run
Please note: This left hand closed stop end should be selected to match the correct coping width, profile and finish of the main Skyline sloping coping lengths being installed. Matching straight lengths, corners, joints, fixing straps and other accessories may be required depending on the installation.