Yes, SYSTEM 3E EKO+ is fully commercialised and available on the market. It complies with the NCC & AN/NZ standards harmonized standards for masonry products. As the manufacturer, we provide all necessary documentation to ensure the product meets regulatory requirements, including: CE marking Declaration of Performance (DoP) Product Instructions Technical Datasheets Technical Recommendations   Our

In seismic-prone regions of Europe, structures must comply with Eurocode 8 (EC8), which provides guidelines for designing buildings to withstand earthquakes. The design and static calculations for buildings using SYSTEM 3E EKO+ elements should follow Eurocode 6 (EC6) standards, as well as any relevant national interpretations and local regulations.   Seismic Design Requirements Buildings located

The durability of construction elements is primarily determined by their ability to withstand cyclic freezing and thawing conditions, which is essential in regions subject to temperature fluctuations. This resistance is a key factor in ensuring the longevity and stability of building materials over time.   Freeze-Thaw Resistance of Different Materials Construction elements vary widely in

Fire resistance is the ability of building structures or elements to maintain their essential properties, such as stability and load-bearing capacity, under fire conditions. The technical standards (WT) specify the key requirements for fire safety, which include load-bearing capacity, fire tightness, and fire insulation. These are measured using three key indicators: Fire Resistance (R): This

Acoustic insulation measures the extent to which incoming sound energy is blocked by a building partition, preventing noise from passing through to the other side. Effective acoustic insulation is essential for creating comfortable living and working environments, especially in areas with high levels of noise. When assessing acoustic performance, different indicators are used based on

Water Absorption of SYSTEM 3E Elements SYSTEM 3E elements are made from ultra-lightweight aggregate concrete and have one of the lowest water absorption rates compared to other commonly used building materials. This means that the walls built with SYSTEM 3E technology are highly resistant to moisture and are free from the adverse effects commonly associated

The dimensions of SYSTEM 3E elements are specified in the declaration of performance and supporting CE marking documentation. These dimensions are provided as nominal values and include dimensional tolerances, which account for minor production variations. This means the actual dimensions of each element fall within the specified tolerance range. The manufacturer is required to declare

SYSTEM 3E elements are made from a carefully designed blend of natural perlite and mineral binders. While the exact formulation is a proprietary business secret, the mix is engineered to harness the outstanding properties of perlite, ensuring maximum performance across a range of benefits.   Key Properties of SYSTEM 3E Elements: Thermal Resistance: Perlite withstands

At SYSTEM 3E, we take a holistic approach to energy efficiency, considering the environmental impact of our products throughout their entire life cycle—from resource extraction and manufacturing to end-of-life and recycling. This focus ensures that our technology not only performs well during use but also contributes to a sustainable future. Low Energy and Water Consumption

SYSTEM 3E technology is designed with sustainability at its core, offering a range of environmental benefits. Here’s why it’s a truly eco-friendly building solution: Natural, Sustainable Material – Perlite The primary material in SYSTEM 3E elements is perlite, a natural volcanic mineral. Perlite has a neutral pH of 7, making it highly resistant to mould,