Verge Trim – Durable Edge Protection and Efficient Moisture Drainage
The Verge Trim – dropdown provides permanent protection for horizontal edges in insulation systems. It channels water and condensation away from areas prone to moisture buildup, preventing damage and extending the life of building facades. Made from powder-coated aluminium, it resists corrosion and delivers a clean, professional finish. This trim fits insulation boards up to 150 mm thick, making it ideal for modern ETICS installations.
Key Features:
Durable powder-coated aluminium resists corrosion and weather damage
Effective drainage design prevents water and condensation buildup
Fits insulation up to 150 mm thickness for versatile use
Available in depths of 7 cm, 10 cm, and 15 cm
Offered in lengths of 2 m and 2.5 m to match project needs
Provides clean architectural lines for improved facade aesthetics
Product Application:
Contractors and installers use Verge Trim to protect vulnerable horizontal edges such as parapets, window sills, and roof edges. It prevents water ingress and thermal bridging, which improves insulation performance. Architects choose it for its durability and clean look, making it a smart solution for residential and commercial buildings.
Instructions for Use:
Prepare the Surface: Clean and dry the substrate thoroughly. Remove dust and loose debris.
Install Insulation: Place insulation boards flush with the edge, ensuring they do not exceed 150 mm thickness.
Fix the Trim: Attach the Verge Trim firmly using suitable fasteners or adhesive, depending on the surface.
Seal Joints: Apply sealant at all joints and overlaps to ensure continuous moisture protection.
Ensure Drainage: Position the trim with a slight outward slope to direct water away from the facade.
Finish: Apply the finishing render to create a smooth transition between the trim and insulation.
With its robust design and efficient drainage, Verge Trim offers reliable protection for insulation edges. Moreover, it enhances the overall durability and appearance of thermal insulation systems.