We bring innovative solutions in design and construction of ecological spaces for better living.
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We design and build all types of ecological living spaces
Ecofab design projects
House type: Single storey house with flat roof
Total project size: 100,0 m2
Approx. construction time: 90 days
Project price: from 1 600 € per m2
House type: Two storey house with flat roof
Total project size: 117,0 m2
Approx. construction time: 90 days
Project price: from 1 600 € per m2
House type: Single storey house with flat roof
Total project size: 115,0 m2
Approx. construction time: 90 days
Project price: from 1 600 € per m2
House type: Two storey house with flat roof
Total project size: 95,0 m2
Approx. construction time: 90 days
Project price: from 1 600 € per m2
House type: Two storey house with flat roof
Total project size: 144,0 m2
Approx. construction time: 90 days
Project price: from 1 600 € per m2
House type: Single storey house with flat roof
Total project size: 150,0 m2
Approx. construction time: 90 days
Project price: from 1 600 € per m2
House type: Single storey house with flat roof
Total project size: 130,0 m2
Approx. construction time: 90 days
Project price: from 1 600 € per m2
House type: Single storey house with flat roof
Total project size: 150,0 m2
Approx. construction time: 90 days
Project price: from 1 600 € per m2
House type: Two storey house with flat roof
Total project size: 111,6 m2
Approx. construction time: 90 days
Project price: from 1 600 € per m2
House type: Single storey house with flat roof
Total project size: 150,0 m2
Approx. construction time: 90 days
Project price: from 1 600 € per m2
House type: Single storey house with flat roof
Total project size: 148,0 m2
Approx. construction time: 90 days
Project price: from 1 600 € per m2
House type: Single storey house with gable roof
Total project size: 41,0 m2
Approx. construction time: 60 days
Project price: from 1 600 € per m2
House type: Single storey house with gable roof
Total project size: 45,0 m2
Approx. construction time: 60 days
Project price: from 1 600 € per m2
House type: Single storey house with gable roof
Total project size: 68,0 m2
Approx. construction time: 60 days
Project price: from 1 600 € per m2
House type: Single storey house with gable roof
Total project size: 141,0 m2
Approx. construction time: 60 days
Project price: from 1 600 € per m2
House type: Single storey house with gable roof
Total project size: 62,0 m2
Approx. construction time: 60 days
Project price: from 1 600 € per m2
House type: Single storey house with gable roof
Total project size: 130,0 m2
Approx. construction time: 60 days
Project price: from 1 600 € per m2
House type: Single storey garden cabin with flat roof
Total project size: 41,0 m2
Approx. construction time: 30 days
Project price: from 1 600 € per m2
House type: Single storey garden cabin with flat roof
Total project size: 35,0 m2
Approx. construction time: 30 days
Project price: from 1 600 € per m2
House type: Single storey garden cabin with flat roof
Total project size: 27,0 m2
Approx. construction time: 30 days
Project price: from 1 600 € per m2
House type: Single storey garden cabin with flat roof
Total project size: 21,0 m2
Approx. construction time: 30 days
Project price: from 1 600 € per m2
House type: Single storey garden cabin with flat roof
Total project size: 39,0 m2
Approx. construction time: 30 days
Project price: from 1 600 € per m2
House type: Single storey office space with flat roof
Total project size: 41,0 m2
Approx. construction time: 30 days
Project price: from 1 600 € per m2
House type: Single storey office space with flat roof
Total project size: 35,0 m2
Approx. construction time: 30 days
Project price: from 1 600 € per m2
House type: Single storey office space with flat roof
Total project size: 25,0 m2
Approx. construction time: 30 days
Project price: from 1 600 € per m2
We are creating access to a new way of future living
Low-cost
The low weight of Ecofab building technologies reduces the cost of building a foundation and building a house. And house's energy efficiency will cause to up to 100% reduction on the bills.
Construction speed
All materials are made in fabric, and the construction process is similar of the block constructor. Ecofab house can be built in 1 week!
Strong and durable
Houses made of Ecofab materials do not collapse even with an earthquake of 7 on the Richter scale. Have strong fire resistance and also demonstrated a great capacity to withstand the most devastating winds, such as Category 5 hurricanes.
Long-lasting
Modern houses made of high-quality and innovative Ecofab building technology are designed to operate up to 100 years.
Environmental-friendly
High-quality materials that are used in the construction are absolutely safe for health and respect the environment.
Energy efficient
The cost of heating a Ecofab house is up to five times lower than for heating a house made of brick, foam concrete or timber. And this are a serious savings year after year!
Stunning designs
We offer design projects of houses, the quality of which has been tested in practice. You will receive the convenience and comfort of already thought-out solutions optimized for Ecofab technology.
Smart technologies
Control your Ecofab house with intelligent technology. Connect your security, lighting, blinds, heating, aircon, music and TV – with our Smart Home Automation system. Be eco. Be smart.
Request exclusive consultation with Ecofab expert
About Ecofab building technologies
Fire resistance
Magnesium Oxide panels are fire-resistantand have some of the highest fire-safety classifications as calculated by industry regulators. This is especially significant when using MgO Structural Insulated Panels (SIPs). Generally used on a building’s exterior, SIPs are comprised of an insulating foam core inserted between MgO sheathing to provide superior insulation. But the double-sided layers of fire-resistant material also provide a very low flame spread rating (the classification of a material’s surface burning characteristics).
Storm resistance
MgO products are more impact resistant than legacy building materials, meaning high-speed collisions from debris driven by storm high winds can be better endured by structures incorporating MgO Structural Insulated Panels (SIPs) and other exterior MgO building materials. Coupled with fire resistance (lightning strikes) and the ability to withstand water damage (flooding).
Water resistance
MgO panels do not rapidly deteriorate when immersed in water over a short period — as happens in floods and extreme rainfall events — and can maintain structural stability even under the force of minor bending. High-performance Magnesium Oxide building materials do not warp, swell, or delaminate. They are not fully waterproof but compared to most wood and all gypsum drywall products they are far more resilient when facing temporary water inundation.
Insect resistance
One of the most crucial benefits of Magnesium Oxide panels, especially when replacing plywood and other wood products, is that bugs are not attracted to MgO. Since MgO PANELS contain no organic materials, termites, carpenter ants, wood borers, powder post beetles, and every other wood-munching bug won’t make a meal out of high-performance building panels made with MgO.
Earthquake resistance
MgO PANELS based panels have dimensional stability that make these panels a impotant addition to earthquake-proof building design. Since MgO products are molded using coordinated chemical reactions, they are extremely solid when cured, creating a hardened material that is enduringly stable. The Great Wall of China and many Roman buildings originally built with MgO cement are still around for a reason.
Eco-friendly
The energy efficiency of MgO PANELS is a big part of why MgO products are so good for the environment. They are constructed without the use of toxic materials, are completely recyclable, can be disposed of safely without fear of leaching toxins into surrounding groundwater, and their manufacture actually captures carbon dioxide. In fact, significant research into using magnesium oxide as a tool to lessen the buildup of greenhouse gases in the Earth’s atmosphere is currently underway.
Energy efficient
MgO PANELS are highly energy-efficient and therefore contribute positively to the environment by reducing CO2 levels. They also use significantly less energy during the manufacturing process compared to traditional construction methods and have lower embodied energy than traditional construction materials, such as steel, concrete and masonry.
Improved air quality
Building with MgO PANELS allows for better control over indoor air quality because the airtight building envelope limits incoming air to controlled ventilation. Controlled ventilation filters out contaminants and allergens, and also allows for incoming air to controlled ventilation. This will reduce the possibility of mold and dust.
Fire resistance
Contrary to misconceptions, CLT exhibits good fire resistance due to the charring effect. The outer layer burns slowly, providing a natural fire barrier that can potentially contribute to improved safety.
Sustainability
CLT is a champion in sustainability. Being made from wood, a renewable resource, it significantly reduces the carbon footprint associated with construction materials. The production of CLT requires less energy compared to traditional construction materials like concrete or steel, making it a greener choice.
Strength and Durability
Despite its relatively lightweight nature, CLT boasts impressive strength and durability. The cross-laminated layers enhance its load-bearing capacity, making it suitable for a variety of applications, including mid-rise and even high-rise buildings.
Speedy Construction
CLT panels are prefabricated off-site, which results in faster construction times. This not only reduces the overall construction schedule but also minimizes disruption to the surrounding environment.
Design Flexibility
Architects and designers love working with CLT due to its flexibility in CLT design. CLT panels can be customized to various shapes and sizes, enabling the creation of unique and aesthetically pleasing structures.
Improved Insulation
CLT’s layered structure inherently offers better insulation than traditional materials. This can lead to improved energy efficiency in buildings, reducing heating and cooling costs.
Lightweight Construction
CLT’s lightweight nature makes it suitable for retrofitting and additions to existing structures, minimizing the need for extensive foundational changes.
Reduced Noise Transmission
The dense composition of CLT panels helps reduce noise transmission between rooms and floors, contributing to enhanced acoustic comfort.
Autoclaved Aerated Concrete (AAC) block is a low-maintenance precast building material with excellent thermal insulation and durability. The heat-insulating properties of AAC blocks keep the building cooler and prevent outside heat from entering, resulting in significant savings on air conditioning costs. AAC blocks also guarantee savings in foundation load, structural steel consumption, and mortar consumption.
Easy & Faster Workability
AAC blocks are about half the weight and ten times the size of traditional bricks. This one-of-a-kind property allows for simple installation and provides the desired flexibility, making adjustments, cutting, shaping, and so on a breeze. AAC blocks have fewer joints and consistent dimensions, making them easier to lay and the construction process faster. Finally, lightweight blocks are easy to transport, which helps to reduce overall logistics and shipping costs when compared to traditional brick transportation costs.
Sustainable And Pocket-Friendly
AAC blocks are produced with a minimum amount of waste using natural, non-toxic raw materials. Some of the waste or offcuts produced can be recycled or used to make aggregates. Its use of non-biodegradable materials makes the building more durable and steady, preventing rot and mould. Furthermore, because AAC blocks are lightweight, energy-efficient, and simple to install, they reduce labour costs.
Disaster Resistant
Self-weight and gravity are usually the two vertical forces that a building is designed to handle. Earthquakes, for example, cause horizontal forces. As a result of the manufacturing process, AAC blocks become extremely strong, resulting in a durable finished structure. In comparison to conventional bricks, AAC bricks can handle higher seismic loads.
Thermal Insulation And Energy Conservation
By foaming the concrete with hydrogen, the material provides excellent heat insulation, allowing temperatures to be warm in winter and cool in summer. Thus, it can reduce your air-conditioning costs by about 25%. Due to their energy-efficient production, AAC blocks are energy-efficient throughout their lifetimes.
Soundproof
Because AAC blocks are lightweight and porous, they reduce sound significantly. It is for these reasons that AAC blocks are widely used in the construction of studios, hospitals, hotels, etc.
Fire Resistance
Comparatively to other building materials, AAC blocks are noncombustible and provide fire resistance of up to six hours, depending on their thickness and up to 1,200 degrees Celsius. Therefore, it has also significant fire safety implications.
Moisture Proof
Moisture can cause significant structural damage. The macro-pores within AAC blocks ensure low water absorption. As a result, they offer better moisture protection.
Request exclusive consultation with Ecofab expert
Ecofab building technology 100% meet the Passive House criteria
Request exclusive consultation with Ecofab expert
Easy process to build next generation eco house
Pre-project activities
Project preparation
EcoFab house construction
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