Universal ½ Round Verge End Cap – Black – 280 × 145mm

The Timloc Universal ½ Round Verge End Cap in Black provides a secure, weatherproof, and professional finish to the gable end of universal dry fix verge systems. Designed to protect against wind uplift, rain ingress, and pest entry, it ensures long-lasting performance and a clean half-round verge termination. Manufactured from robust polypropylene, this 280 × 145mm end cap is quick to install and built for durability. The sleek black finish delivers a modern look, making it suitable for both new-builds and refurbishment projects.

Key Features & Benefits

• Universal Compatibility: Designed to fit most universal dry fix verge systems.
• Durable Polypropylene: UV-stable and weather-resistant for long service life.
• Weatherproof Protection: Prevents wind uplift, rain ingress, and pest intrusion.
• Neat Appearance: Provides a clean, half-round verge termination.
• Black Finish: Sleek, modern look to suit a wide range of roof styles.

Product & Technical Details

• Type: Universal ½ Round Dry Verge End Cap
• Material: Polypropylene plastic
• Colour: Black
• Size: 280 × 145mm
• Application: End cap for universal dry fix verge systems

Suitable Applications

• Finishing gable ends on pitched roofs
• Completing universal dry verge installations
• Domestic and commercial roofing projects
• Both new-builds and refurbishment works

Instructions for Use

1. Install universal dry verge units up the verge of the roof.
2. Securely fit the half-round end cap at the gable end.
3. Align with verge units for a consistent, professional finish.

Limitations & Precautions

• Only suitable for compatible universal dry verge systems.
• Not suitable for load-bearing applications.
• Install in line with current building regulations and roofing best practice.

The Timloc Universal ½ Round Verge End Cap – Black – 280 × 145mm provides a durable, weatherproof, and professional finishing solution for universal dry verge systems, offering a modern roofline appearance with reliable protection.