The innovation of LWC Blocks/Panels enables a unilateral cohesive approach to meet diverse requirements ensuring adaptability utilizing customization for a wide range of construction projects. The size selection ensures efficient integration into various architectural designs and structural configurations, enhancing the overall performance, speed of construction and aesthetics of the built environment.
Our system integrates the low thermal bridging concept allowing, ensuring the flow of heat must traverse a considerable distance before dissipating almost completely before reaching the opposing side. This feature significantly reduces the temperature difference between the interior and exterior surfaces. The superior performance is a direct result of our stringent design process that prioritizes energy efficiency and minimizes heat loss.
The reduction in low thermal bridging serves as a testament to our commitment to delivering environmentally friendly, energy saving-efficient solutions that cater to the needs of our clients and contribute to sustainable development surpassing increasingly stringent energy codes and regulations, such as those set by the International Energy Conservation Code (IECC) and the European Union Energy Performance of Buildings Directive (EPBD)-European Commission, 2020.
The design ensures that each section’s width possesses equal dimensions, thereby facilitating a balanced and continuous flow of heat without interruption. Chamfered edges allow for the adaption of rapid build technology, fostering accelerated construction times and reducing labor intensive timelines.
Strategically placed air gaps within the panel allows for the upward dissipation of heat as it travels through the blocks/panels. This innovative feature not only optimizes the panel’s thermal performance but also mitigates the risk of condensation and potential moisture-related issues, ensuring a more durable and long-lasting building envelope solution for the building sector.
Building Smarter, Building Greener, Innovation in Design and Thermal Efficiency for Sustainable Construction.
The outer perimeter of the panel has been
meticulously designed to feature chamfered
edges with a depth of 15mm. This specific depth
plays a crucial role when combined with our
innovative insulated plaster, which is applied
at a thickness of 12mm to coat the chamfered
edges. This design facilitates the integration of a
novel bonding technique that has the ability to horizontally and vertically erect a greater
number of panels without being constrained by
the time it takes on traditional systems. This advantage contributes to the rapid installation assembly, which has been thoughtfully integrated into the system’s design. This aspect not only streamlines the construction process but also seamlessly joins the panels together reducing the thermal bridging to the bare minimum. This uniformity in dimensions not only enhances the panel’s thermal performance but also contributes to its overall structural integrity and aesthetic
appeal.
Adapting low thermal bridging conception technology, offering absence of coarse aggregate(s) which are critical factors for thermal insulation.
We offer a wide range of sizes offering Versatile lightweight design matrix utilizing the highest quality components to achieve superior performance.
Peripheral design incorporates chamfered edge technology, larger sizes, allowing seamless integration and adaptability for rapid modular installation.
Designed for easy handling and seamless integration into construction projects. Space optimization is key, providing structural support while maintaining a lightweight profile.
Engineered with double height to meet the demands of modern construction projects. Its innovative design allows for increased efficiency and versatility, making it an ideal choice for a wide range of building applications.
Groundbreaking Panel Form, a game-changer in innovative technology, exceptional strength and durability while significantly reducing assembly time without compromising on quality and structural integrity.
For comprehensive and in-depth details regarding the LWC Blocks and Panels, we encourage you to explore our comprehensive catalog. This resource provides an extensive overview offering detailed specifications, technical data, application insights, and performance capabilities.
The unique blend of high-quality materials, result in energy savings by reducing the need for heating or cooling systems.
Outperforms competing solutions in terms of acoustic performance, negating the effects of sound pollution.
Highest grade A1 Fire Rated classified as incombustible, in each and every building system we manufacture.
Long-term cost savings due to its energy-efficient characteristics. By reducing the reliance on mechanical heating and cooling systems, building owners, lowering their utility bills over time.
Due to the unique composition of the materials, allowing for a unilateral approach to enhance the bonding and durability of our LWC Blocks/Panels.
We are committed to minimizing our environmental impact through sustainable manufacturing practices and materials.
The enhanced technology adapted throughout our systems can help shield the underlying materials from environmental factors, extending the lifespan of the building.
Adapting natural elements in the core aggregates promoting environmental friendly attributes to lower the carbon emissions related to innovative building products.
Adhering to energy-efficient codes and regulations and opting for architects, builders, and developers that can significantly contribute to the global effort in promoting sustainable construction.