Our LWC Insulated Shuttering is a highly innovative and modern construction method that combines the superior strength of concrete with the exceptional thermal insulation properties of expanded perlite. This unique combination results in the production of cost-effective and durable structures that are highly efficient.
Our proprietary systems offer a wide variety of configurations, serving as permanent shuttering for concrete. These systems not only provide excellent sound insulation, fire resistance, and high thermal capacity but also showcase a remarkable level of simplicity and elegance that appeals to designers for a multitude of applications. By employing environmentally friendly permanent insulating systems we have introduced a newly established method of construction. Our system remains in place after the concrete has cured, becoming an integral part of the building’s internal structure. This method has been developed to ensure that the insulation materials and the assembly are capable of providing robust support and dimensional stability, resulting in vertical surfaces free from any lateral distortion. The resulting construction not only delivers remarkable structural capacity but also offers outstanding thermal insulation.
The level of insulation can be adjusted to cater to specific U-value requirements based on the client’s specifications. Our range of insulated concrete shuttering comprises various sized blocks and shaped components designed to accommodate commonly encountered building situations. These components seamlessly fit together, forming a stable uniformity that is then filled with our specialized ready-mix concrete.
We remain consistently committed to creating versatile products that comfortably fit into numerous situations. Reducing building costs and maximizing product performance, our focus stays fixed on enabling efficient project execution, ultimately contributing to success in all construction applications.
Exceeding industry standards, our proprietary
systems offer permanence, fire resistance,
sound insulation, and high thermal capacities in
various configurations.
With a conscientious consideration for
environmental sustainability, we employ
eco-friendly permanent insulating shuttering
systems as replacements for conventional
construction materials.
This approach has birthed a distinctive method
of construction, incorporating enhanced
components or add-ons, designed to effectively
and securely adapt to diverse profiles. With the self-curing process complete, the system remains in place, becoming an integral part of the building’s insulation. This development stems from the properties of our insulating materials and the specific assembly method employed to form our shuttering. Providing unwavering support and dimensional stability, ensuring columns and beams are vertically aligned and devoid of lateral distortion.
An integral part of the building's infrastructure for columns and beams. . It delivers unwavering support and dimensional stability, guaranteeing vertical alignment and preventing lateral distortion in columns and beams with exceptional precision and reliability.
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.