Rubber U Channel – Fits Various Applications (15mm High) – Per Metre

High-quality rubber U channel for versatile sealing solutions.

This rubber U channel, with a height of 15mm, is ideal for use in classic cars, buses, caravans, and more. Designed for door and window sealing applications, it effectively provides a durable and reliable barrier against the elements.

Key Features

• Material: Made from durable EPDM for long-lasting performance.
• Colour: Classic black finish that blends seamlessly with most applications.
• Versatile Use: Suitable for various sealing applications in automotive and marine industries.
• Max Length: Available in continuous lengths of up to 50 metres.
• Weight: Lightweight at just 0.1130 kg for easy handling and installation.

Fitment & Applications

• Classic Cars: Perfect for sealing doors and windows in vintage vehicles.
• Buses: Ideal for use in public transport vehicles requiring effective sealing.
• Caravans: Essential for preventing leaks and drafts in mobile homes.
• Marine: Suitable for sealing applications in boats and other marine vehicles.

Length & Ordering

• Sold Per Metre: price shown is for one metre; order the quantity of metres you need and it is supplied as one continuous length.
• Maximum Continuous Length: up to 50m in a single unbroken piece.

Frequently Asked Questions

Q?
What is the maximum continuous length available for this U channel?
A. The rubber U channel is available in lengths of up to 50 metres.

Q?
Is this U channel suitable for outdoor use?
A. Yes, the EPDM material is designed to withstand outdoor conditions.

Q?
Can this U channel be cut to size?
A. Yes, it can be easily cut to fit your specific requirements.

Q?
What is the weight of the rubber U channel?
A. The weight is approximately 0.1130 kg, making it lightweight and easy to handle.

Q?
Is this U channel flexible?
A. Yes, it is designed to be flexible for easy installation in various applications.

Q?
Can this be used in marine applications?
A. Absolutely, it is suitable for sealing in marine environments.