Flush Timber-Alu, Elegant, Efficient, and Resilient

The HT 400 timber-aluminium front door offers a clean, contemporary look with its fully flush door sash and square-edged design—perfect for modern architectural styles.

This high-performance composite construction combines the natural warmth of timber on the interior with the durability and weather resistance of aluminium cladding on the exterior. A core of highly insulating thermal foam ensures excellent energy efficiency and climatic stability.

Security is built in, with a standard 5-point locking system providing reliable protection and peace of mind for your home.

Features:

• Material: Timber interior, Aluminium exterior
• Design: Entire door sash flush with a square edge towards the frame.
• Construction: Timber-aluminium composite with highly insulating thermal foam.
• Exterior: Weather-resistant aluminium cladding.
• Interior: Warm timber.
• Security: Standard 5-point locking for maximum security.

Benefits:

• Modern and stylish design: Offers a clean and contemporary aesthetic with a flush sash and square edges.
• Excellent thermal insulation: Ensures superior energy efficiency and reduced heating costs.
• Durable and weather-resistant: Aluminium exterior provides long-lasting protection against the elements.
• Warm and inviting interior: Timber interior offers a natural and comfortable feel.
• High security: 5-point locking system provides robust protection.
• Good sound insulation: Helps to reduce external noise.
• Long-lasting and robust: Timber-aluminium composite construction ensures durability.
• Perfect combination: Blends the aesthetic and performance benefits of both timber and aluminium.

Ideal for homeowners and architects seeking a modern, energy-efficient front door with a fully flush design and square-edged styling. The HT 400 combines the natural warmth of timber on the inside with the resilience of aluminium on the outside—delivering long-term durability, excellent thermal performance, and strong security features for contemporary homes.