Traditional concrete has been around, proven its worth, and made its mark on our built environment. It gave the 20th century its signature look, and it is still by far the most used building material today.

But it was time for a revolution, to help it stay relevant in the face of our current – and future – challenges.

Now more than ever, we need to build buildings and public works that are stronger, more durable, more resistant. And there’s nothing frivolous about wanting them to also be greener and more aesthetically inspiring as well.

Using Ductal® means you get to do more, with less. Or more with more. Either way, we give you that choice by amping up concrete’s best properties with our steel-fiber reinforcement and innovative formulation.

Ductal®’s fiber-reinforced formulations provide up to 11 times the compressive strength of traditional concrete. We can go for matrix resistance up to 12 MPa (1,700 psi) and with fiber contribution to 20 MPa (2,900 psi) when thermally treated. This also means ductility, resistance to bending under flexural loads, and compressive strength ranging from 100 to >200 MPa depending on the formulation.

Ductal®’s fiber content per unit volume (about 30-50 million fibers per cubic meter) gives it excellent ductility in flexion, with flexural strength up to ten times that of standard concrete.

This means the right Ductal® formulation for the right application, using just enough material and performance to get the job done without waste and doing more with less material.

Ductal®’s shrinking and creep factors are among its more remarkable properties: while ordinary concrete creep factors can reach 3 or 4, and competing high-performance concrete is lower, Ductal®’s is lower still, at 0.8-1.0. When a thermal treatment is applied, this can drop even further, to about 0.2.

Due to its very low water cement ratio and high quality, consistent materials, Ductal® is able to provide a stable, consistent, and relatively low shrinkage value. The use of heat treatment can further reduce the amount of shrinkage observed.

This means better castings, lower wastage, and better finished products. In short, better production performance and cost savings.

Go ahead and project yourself >100 years into the future.

Ductal® UHPC’s extremely low porosity makes it very impermeable giving it 10X better durability compared to other cementitious materials. This is another advanced Ductal® attribute that enables you to build for the long-term and design for the future. This means it lasts longer and performs under even the most extreme climatic and chemical conditions.

Enhanced impermeability also makes Ductal® suitable for roofing structures, awnings, dams and other elements with watertight requirements . Aging tests have highlighted Ductal®’s self-healing ability, resulting in diminished maintenance requirements. Its abrasion resistance is RM1 to RM2, according to NFP18-470. Ductal® chloride resistance is also very high due to its very low transfer properties. Our product’s chloride diffusion testing ranges from 1*10^-13 to 4.5 10^-13m²/s @90d, according to XP18-462 adapted according to appendix A of NFP18-470.

Ductal®’s formulations make it adaptable to a range of production techniques including spray/projection, traditional casting, 3-D printing or even wet-bending. It supports greater loads with more slender structures and protects with thinner thicknesses achieving better use of space and materials.

Because of its self-compacting nature, it can replicate intricate textures, patterns, and finishes. It can add depth and shadow, or simply blend in. And like conventional concrete, it’s available in a wide range of textures, finishes and colors. It is an extremely adaptable and efficient material that is designed to perform. What you do with Ductal® is up to you!