ZerroMax
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Structures

ZerroMax constructions:

At ZerroMax, we are committed to innovation and expertise in modern construction. Our team combines experience, knowledge, and the latest technologies that set new standards for fast and efficient building. In constructing buildings, we use advanced structural solutions that ensure optimal quality, durability, and adaptability.
ZEN – montažna hiša ZerroMax
STRUCTURES

Lightweight metal profiles made of Magnelis steel

Structures made of lightweight metal profiles coated with a protective Magnelis alloy offer exceptional resistance to corrosion and weather conditions. This solution ensures long-lasting reliability, low weight, and high adaptability in design. Metal profile structures are especially suitable for more demanding projects where strength, stability, and architectural freedom are key.
ZEN – montažna hiša ZerroMax
STRUCTURES

Hybrid construction

Combining KVH timber profiles with lightweight Magnelis metal profiles brings together the advantages of both materials. We use the hybrid model mainly for smaller buildings, where KVH profiles allow a more competitive production price, while metal structures and substructures in exposed areas ensure resistance to water and moisture.
STRUCTURES

Wooden KVH profiles

Structures made of solid glued wood profiles (KVH) provide natural warmth, excellent static strength, and a high level of durability. Wooden profiles are environmentally friendly, energy-efficient, and allow for quick assembly. The use of KVH profiles is especially recommended for simpler buildings where a lower construction cost is key.
WOOD – montažna hiša ZerroMax
WOOD – montažna hiša ZerroMax
STRUCTURES

Wooden KVH profiles

Structures made of solid glued wood profiles (KVH) provide natural warmth, excellent static strength, and a high level of durability. Wooden profiles are environmentally friendly, energy-efficient, and allow for quick assembly. The use of KVH profiles is especially recommended for simpler buildings where a lower construction cost is key.
TECHNOLOGY

ZerroMax Technology:

The most advanced approach to sustainable and circular construction, using lightweight Magnelis metal profiles, KVH timber profiles and modular elements. ZerroMax was the first to develop a residential modular building system with a central technical unit, based on lightweight metal profile structures. It is changing the way homes are built, and we are proud to say that innovation is what sets us apart from the competition. We are faster, better and more affordable. We build 100% of each building in the factory, regardless of its size. On site we only join the modules and complete the assembly, cutting the time from production to move-in by more than 50%.
Why ZerroMax

Why is this method so revolutionary?

Why is this method so revolutionary?
A turnkey house in 120 days, ready for move-in, has become a reality!

Extremely fast assembly time

Modular elements are precisely manufactured in the factory and ready for quick assembly at the construction site. This means that the time for completing the building with on-site craftsmanship is significantly reduced compared to traditional construction methods.

Manufacturing in the factory allows for precise quality control during the production of all elements. Mistakes are minimal, and the accuracy of execution is top-notch, ensuring a longer lifespan and greater reliability of the building.

Savings in time, materials, and labor directly impact the final project cost. Additionally, the optimized manufacturing process reduces waste and transportation costs, further lowering construction expenses.

The use of lightweight metal profiles and modular elements is environmentally friendly. Metal profiles are recyclable, and the modular design reduces waste at the construction site.

ZEN 66 – montažna hiša ZerroMax
Advantages of ZerroMax

Main advantages of building with lightweight metal profiles

Resistant to weather conditions
  1. Can withstand extreme weather conditions such as heavy storms and winds.
  2. Very high earthquake resistance.
  3. Resistant to termites and other animals.
  4. Non-absorbent construction, resistant to water and moisture.
  1. Metal profiles have the best strength-to-weight ratio.
  2. Possibility of large structural spans.
  3. Suitable for large residential and industrial projects.
  1. Only 8.10 kg/m² of construction (wooden 35.62 kg/m², concrete 330.17 kg/m²).
  2. 30% lower foundation load compared to traditional methods.
  3. Lower weight – less internal energy in case of an earthquake.
  4. Very suitable for building extensions and construction on poor soil.
  5. Lower transportation costs.
  1. Assembly of steel profiles into steel frames in our own production.
  2. Digitalized and automated production process with millimeter precision.
  3. Controlled manufacturing conditions.
  4. No unforeseen delays (e.g., due to rain or frost), leading to significant time savings.
  5. No drying time.
  1. Savings on foundations and construction due to the lower weight of the structure.
  2. Lower costs due to factory manufacturing.
  3. Reduction of operational costs and fixed project costs.
  4. Faster return thanks to quicker project execution.
  1. More than 90% of the steel can be reused and recycled.
  2. Minimal energy consumption and waste generation during the production phase.
  3. Use of materials with a high content of recycled raw materials (42%).
  4. Easy disassembly, reuse, and recycling.
  5. Low raw material consumption.
  1. No limitations in design, both interior and exterior.
  2. Our designers and engineers fully customize the frames to the architectural design.
  3. The strength of the metal profiles allows for great adaptability.
  4. Suitable for both small and large complex projects.
  1. Lightweight metal profiles are produced in accordance with the strictest standards.
  2. The design of our cold-rolled steel profiles is based on Eurocode 3.
  3. The frames fully meet European fire resistance requirements (REI 120).
  4. They also meet thermal (EPB) and acoustic (WTCB) insulation requirements.
  1. Off-site production leads to minimal waste on the construction site.
  2. The dry construction method ensures a clean construction site.
  3. There is no need for water usage on the construction site.
CO2

ZerroMax and the reduction of global carbon emissions – decarbonisation

The construction industry accounts for 39% of global carbon emissions and consumes around 50% of the world’s raw materials. Construction activities also destroy natural habitats and cause loss of biodiversity through deforestation, changes in land use and soil erosion.
CO2

Sustainable construction with ZerroMax technology

With ZerroMax technology for buildings with lightweight steel frames, we can reduce:

  1. up to 90% fewer carbon emissions,
  2. generate up to 90% less waste,
  3. significantly reduce the need for transportation to construction sites.

This is one of the most effective construction methods for reducing carbon emissions in the sector and the best way to achieve the EU's goal: a 30% reduction in waste production by 2030.

Simbol CO2 v mehurčku nad travo
Simbol CO2 v mehurčku nad travo
CO2

Sustainable construction with ZerroMax technology

With ZerroMax technology for buildings with lightweight steel frames, we can reduce:

  1. up to 90% fewer carbon emissions,
  2. generate up to 90% less waste,
  3. significantly reduce the need for transportation to construction sites.

This is one of the most effective construction methods for reducing carbon emissions in the sector and the best way to achieve the EU's goal: a 30% reduction in waste production by 2030.

Lesene kocke z napisom CO2 na travi
CO2

LCA Study Results

Results of LCA studies analyzing the environmental impacts of structures made from light metal profiles:

  1. LCA: 1.39 kg/CO2 per 1 kg of light metal profiles (or approximately 11.12 kg/CO2/m²).
  2. Environmental cost indicator: 0.15 €/kg for a lifespan of 100 years (1.17 €/m²).
  3. Our structures are made from ArcelorMittal Magnelis® steel, which includes the XCarb™ initiative to reduce carbon emissions.

Environmental cost comparison:

  1. Unprocessed skeletal structure – ECI 0.61 €/m².
  2. Light metal profiles – ECI 1.17 €/m².
  3. Cross-laminated timber – ECI 1.78 €/m².
  4. Traditional brick house – ECI 2.88 €/m².

Between now and 2031, ZerroMax lightweight metal profile technology can save almost 60,000 tonnes of CO2!

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