Build Smart, Build Green: Cut Your Entire Building’s CO2 Up to 20%

How much CO₂ you can reduce with PRIMX floors
m2
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Reduced CO₂ with PRIMX
2 752 470
eq.
kg
CO2 per m2
Work Days Required
Steel Joints Required*
Joints at risk of expansion >5m
Trad. SFRC
CO2 per m2
53 kg CO2/m2
Work Days Required
days
Steel Joints Required*
m
Joints at Risk for Automation
m
Mesh Reinforced
CO2 per m2
68 kg CO2/m2
Work Days Required
days
Steel Joints Required*
m
Joints at Risk for Automation
m
PrīmX® Technology
CO2 per m2
25 kg CO2/m2
Work Days Required
days
Steel Joints Required*
m
Joints at Risk for Automation
m
* PRIMX floors do not require deformation joints. Expansion of joints between daily castings up to 4mm.
N.B. Estimated floor load-bearing capacity: 70 kN point load, 50 kN/m² uniformly distributed load (UDL)
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Flat floor developed with PRIMX technology

Reduce Your Floor’s Carbon Footprint Up to 70%

PRIMX offers an innovative solution for reducing your construction project’s carbon footprint by up to 70%. By using high performance design and optimized material efficiency to cut down on CO2 emissions. By requiring less cement, steel, and other traditional materials, PRIMX goes beyond the surface-level sustainability claims of others by delivering real, measurable CO2 reductions.

Example: A large distribution center project utilized PRIMX to reduce its overall carbon footprint. By choosing PRIMX’s low-carbon concrete, they significantly decreased their environmental impact while maintaining high performance and durability standards, helping the facility meet corporate sustainability goals and stricter regulatory requirements.

Building with storage constructions on PRIMX tehnology floor.

Reduce Costs and Time with Faster to Install, More Efficient PRIMX Concrete Floors

Looking to save time and money on your construction project? PRIMX offers faster installation with reduced labor costs, thanks to its innovative design that uses less steel and concrete. PRIMX’s joint-free, durable floors eliminate the risk of costly joint damage and repairs, ensuring your workspace remains safe, efficient, and low-maintenance.

Example: A warehouse project chose PRIMX for its ability to accelerate the construction timeline, reducing costs. The use of thinner concrete slabs and less steel reinforcement enabled the contractor to complete the project ahead of schedule, resulting in substantial savings. Furthermore, the joint-free design minimized future repair costs, as traditional joints would have required ongoing maintenance.

The construction with a spirit level

Future-Proof Your Facility for Automation

Unlike traditional floors with joints and mesh that limit adaptability, PRIMX floors are equally strong throughout, making them ideal for high-bay storage and automated systems. This ensures that your facility can handle heavy machinery, automated guided vehicles (AGVs), or robotics without floor damage or costly renovations. PRIMX’s patented steel fiber prestressed concrete technology creates a zero-joint floor solution, offering unmatched strength and flexibility.

Example: A developer constructing a multi-purpose warehouse selected PRIMX to ensure future flexibility for their clients. With PRIMX’s zero-joint floors, the facility could easily be modified to accommodate future installations of high-bay storage systems and automated robotics without the need for costly floor repairs or upgrades. This adaptability made the warehouse highly attractive to tenants with evolving operational needs.

Flat floor with PRIMX technology

Ensure Long-Term Operational Efficiency with PRIMX’s Zero-Joint, Lifetime-Flat Floors

PRIMX’s advanced steel fiber prestressed concrete technology not only eliminates joints but also guarantees that your floors remain flat and level for the entire lifespan of your building. This zero-joint design prevents common issues like shrinkage, curling, and cracking, ensuring that your facility operates smoothly without the need for costly repairs or downtime.

Example: A manufacturing facility installed PRIMX floors to ensure long-term flatness and durability. The zero-joint design proved essential for supporting their automated systems, as the perfectly flat surface allowed machinery and automated vehicles to operate smoothly without disruptions caused by floor imperfections. This resulted in increased productivity and reduced maintenance costs.

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Share the size of your project area, floor type and load-bearing capacity, and we will provide a detailed price estimation.

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