These panels offer superior thermal insulation with a thermal conductivity of less than 0.007 W/m.K, significantly enhancing energy efficiency while providing an aesthetically pleasing exterior.

Yes, the panels come in various styles and finishes, including natural stone, wood, metal, and leather grain, allowing for complete design flexibility to match any architectural style.

The panels are available in sizes ranging from 100x100mm to 1200x800mm, catering to diverse architectural needs.

With a thermal conductivity of less than 0.007 W/(mK), these panels provide exceptional insulation, reducing energy consumption by at least 22% compared to standard insulation materials.

Yes, they have undergone rigorous testing to withstand harsh conditions without cracking, deformation, or fading, ensuring longevity and consistent appearance.

The reflective, shiny metal finish and the ability to mimic natural textures make buildings more attractive by creating dynamic facades that change with the light.

No, their lightweight nature and innovative design allow for easy, fast installation, significantly reducing construction time and costs.

No, they feature a waterproof, self-cleaning surface that remains new-looking without the need for high-altitude cleaning operations.

Absolutely, they meet Grade A1 fire retardancy standards, significantly enhancing the safety of your building.

The core material's 3D micron porous shape effectively absorbs noise, providing a quieter, more comfortable indoor environment.

It's known for its superior thermal efficiency with a thermal conductivity of ≤ 0.007 W/m.K, modern customizable MCM surface, and significant energy savings, making it a game-changer in eco-conscious, efficient building practices.

Yes, there's a wide size range available, from a compact 100x100mm to a larger 1100x550mm, ensuring flexibility for various project requirements.

The panels include embedded fasteners, streamlining the installation process and providing a secure, long-term fixing strength.

The front layer, customizable with various decorative effects, adds artistic flair to the panel while protecting the VIP core, with options like calcium silicate or wood-fibre for added durability.

The core offers unmatched thermal and sound insulation, significantly enhancing the comfort and energy efficiency of any space.

Absolutely, the back layer of calcium silicate makes the panel moisture-resistant, ideal for preventing mould growth and ensuring a dry, healthy environment.

Its comprehensive anti-damage design protects against external damage, ensuring the panel's longevity and maintaining its aesthetic appeal over time.

Its nanotech-coated, shiny surface not only enhances the visual appeal with a modern and luxurious touch but also features a waterproof, self-cleaning ability, significantly reducing maintenance efforts.

With a thermal conductivity of ≤ 0.007 W/m.K, the Metal Decorative Integrated VIP offers exceptional vacuum thermal insulation, making it a key player in energy-saving building solutions.

Yes, the metallic finish reflects the sky and surroundings, creating a dynamic facade that evolves with the changing light, adding a unique charm to the building's exterior.

Absolutely, its lightweight design, coupled with embedded fasteners, ensures a hassle-free installation process, making it a go-to choice for sustainable building practices.

The panels come in various sizes, from a compact 100x100mm to a larger 1200x800mm, offering flexibility to meet different design requirements.

The panel is designed for enhanced durability, with a comprehensive shielding that protects against external damage and maintains the integrity of the insulation.

Yes, it has a Grade A flame resistance rating, adhering to the highest standards for building insulation and ensuring added safety.

Indeed, the panel's versatile formability allows for unique shapes like U, L, and triangles, encouraging creative architectural designs.

The innovative VIP core is pivotal for its superior thermal and acoustic insulation properties, significantly enhancing the comfort and energy efficiency of the space.

The panel's moisture-resistant backing and recyclable core material contribute to a healthier, more sustainable indoor environment, aligning with eco-friendly building practices.

Installing Decorative Integrated VIPs can lead to a minimum energy savings of 22% compared to the similar house with homogenous panels.

In a controlled temperature test, buildings with Decorative Integrated VIPs showed a 15% lower temperature rise over 6 hours compared to the similar house with homogenous panels, indicating higher thermal efficiency.

Sound insulation tests revealed that house equipped with Decorative Integrated VIPs were at least 15 dB quieter than house with conventional homogeneous insulation panels, offering significant noise reduction.

Rock Wool Integrated Panel, STP, Homogeneous Panel, Metal Decorative Integrated VIP, and MCM Decorative Integrated VIP all have an A burning class rating, indicating excellent fire resistance. XPS panels have a B1 rating, making them less fire-resistant compared to others.

Metal and MCM Decorative Integrated VIP panels exhibit superior thermal insulation with thermal conductivity as low as ≤ 0.007 W/(mK). STP panels also perform well at ≤ 0.008 W/(mK), while Rock Wool and Homogeneous Panels have a higher thermal conductivity of ≤ 0.046 W/(mK).

Most panels, including STP, Homogeneous, XPS, and Metal Decorative Integrated VIP, have an areal density of ≤ 20 kg/m². MCM Decorative Integrated VIP panels are slightly heavier at ≤ 25 kg/m².

To reach a thermal conductivity of 0.233W/(mK), Rock Wool and Homogeneous Panels require 200 mm thickness, XPS needs 130 mm, while STP, Metal, and MCM VIP panels only need 30 mm, highlighting their efficiency.

Metal Decorative Integrated VIPs stand out for their weather resistance, high strength, and recyclability, making them a government-encouraged green building material. MCM panels, after undergoing extensive weathering and freeze-thaw tests, show no cracks, peeling, or discoloration, affirming their durability and eco-friendliness.

Metal and MCM Decorative Integrated VIPs offer a simple and fast construction process with panels directly bonded and anchored to walls, reducing costs by combining the decorative and thermal insulation layers. Other systems like Rock Wool, STP, Homogeneous, and XPS panels involve more complicated, multi-layered processes that increase construction time and costs.

MCM and Metal Decorative Integrated VIPs promote a cleaner construction environment with no leftover materials or dust, aligning with green building and energy conservation standards. In contrast, other materials like Rock Wool pose health risks due to fine fibres produced during cutting and construction, and XPS is recognized as a non-green material due to its non-degradability.

For a tailored price quotation, simply click on the "Contact for Price Quotation" link. Be sure to include your specific dimensional and aesthetic requirements to ensure the quotation meets your project's needs.

Absolutely! We're here to help. Feel free to contact us to discuss your specific requirements or for more information about how our panels can enhance your building project.

Expect significant reductions in your energy bill, an enhanced aesthetic appeal for your building, and a contribution to climate action and sustainability efforts. These panels are designed for the future of smart vacuum insulation.

If you have a particular aesthetic design in mind from our selection, please mention the specific product code and number when you contact us. This will help us better understand your preferences and provide you with a more accurate quotation.

Our Customer Services Team is always ready to assist you. You can email us at info@sanyoulondon.com or call us at +44 204 570 5354 for any queries or further information.

Yes, choosing Decorative Integrated Vacuum Insulation Panels for your project not only enhances the building's efficiency and aesthetics but also aligns with sustainability and climate action goals due to their energy-saving properties.