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External Wall SIPs

Our versatile and robust SIPs panels are the perfect choice solution for external walls.

External SIPs for Your Project

The High-Performance Choice for External Wall Panels

When it comes to constructing durable, energy-efficient buildings, Structural Insulated Panels (SIPs) provide the ultimate solution for external wall panels. By replacing traditional Oriented Strand Board (OSB) with Dragonboard, these panels deliver superior fire resistance, thermal performance, and structural integrity, making them ideal for modern construction.

Prefabricated under controlled factory conditions, SIPs are designed to create a strong, airtight, and weather-resistant building envelope, significantly reducing construction time and long-term maintenance costs.

Why Choose Dragonboard SIPs for External Walls?

Exceptional Thermal Performance – Low U-values (as low as 0.10 W/m²K) for outstanding insulation and energy savings.
Fire Resistant – A1 Fire rated, fully non-combustible, providing the highest level of fire protection.
Superior Strength & Stability – Lightweight yet robust, offering a high-strength alternative to masonry and timber-framed walls.
Moisture & Mould Resistant – The breathable design prevents moisture buildup, eliminating rot and mould issues.
Fast & Efficient Installation – Prefabricated for quick assembly, reducing on-site labor and project timelines.
More Usable Floor Space – Slimmer wall sections allow for larger internal areas without increasing the building footprint.

Our SIPs Create a Versatile and Efficient Building Solution

The Dragonboard SIPS Advantage for External Walls

SIPs don’t just speed up construction—they deliver long-term durability, improved energy efficiency, and enhanced safety. Whether you’re building residential homes, commercial properties, or multi-story developments, Dragonboard SIPs ensure performance, sustainability, and design flexibility.

For a stronger, safer, and more energy-efficient external wall system, choose Dragonboard SIPs—the future of modern construction.

How Dragonboard SIPs Enhance External Wall Construction

Dragonboard SIPs are engineered to create a continuous, airtight structure, preventing heat loss while allowing for a variety of external finishes, including:

Brick Slips and Cladding – Provides a solid backing for brick slip systems.
Renders and Textured Coatings – Ideal for smooth or textured render finishes.
Stone or Tile Cladding – Supports heavier external finishes without compromising structural integrity.
Timber and Composite Panels – Offers a secure base for natural wood or composite cladding.

Why Use Our Boards

Take a look at some of the plus points as to why you’ll want to use Dragonboard on your construction project.

Fire Resistant

Mold Resistant

Water & Moisture Resistant

Insect Proof

Breathable

Strong & Durable

Environmentally Friendly

Environmental Exposure

Health Safe

Frequently Asked Questions

What makes Dragonboard SIPs better than traditional construction methods?

Dragonboard SIPs offer superior thermal efficiency, fire resistance, and structural strength compared to traditional brick or timber-framed construction. They also speed up build times and reduce long-term maintenance costs.

Are Dragonboard SIPs suitable for all types of external walls?

Yes! Dragonboard SIPs can be used for residential, commercial, and industrial external walls, providing a strong and energy-efficient solution.

How do Dragonboard SIPs contribute to energy savings?

With low U-values and excellent airtightness, Dragonboard SIPs help reduce heat loss, lowering energy consumption and making buildings more cost-efficient to run.

Can Dragonboard SIPs support different types of external finishes?

Absolutely. Dragonboard SIPs provide a solid base for brick slips, render, stone, composite panels, and timber cladding, allowing for complete design flexibility.

How quickly can Dragonboard SIPs be installed?

Dragonboard SIPs are prefabricated off-site, allowing for faster on-site assembly. This can reduce construction time by up to three times compared to traditional methods.