What is Fracture 32/63?

<Fracture 32/63 is a crushed stone material with a 32-63 mm fraction, the main characteristic of which is a high load capacity and wide steel structure that ensures rapid drainage and stability. Suitable for demanding underfloors and road works that require load resistance, currently performs both the role of drainage and the role of constructive base material.

Who benefits from this?

Building and road industry companies, engineers, paving and infrastructure contractors, plant and warehouse builders and private individuals who need durable and reliable base material. This is particularly valuable in places where high load capacity, long-term stability and efficient drainage.

Why choose Fracture 32/63?

The choice ensures faster execution of works, lower maintenance needs and economic feasibility throughout the lifecycle. The combination of high-fracture and high-flexibility creates a dense, loadable layer that neither lentils nor deforms under gravity.

li><High load capacity - permanent support for heavy loads, suitable for road construction and industrial substrate.
• Effective drainage - wide structure and 32/63 fraction quickly drive water away, reducing the risk of moisture and cold damage to the bottom.
Stability and compactability - sharp-shaped fragments lock well, ensuring a consistent and durable substrate.<Red maintenance - with a longer working life and less repair workload.< It is recommended to use geotextile as a separation layer under strongly moist conditions to avoid expansion and mixing with local soil. The correct thickness and density ensure that high load capacity and drainage properties are maintained throughout the lifetime.

Quality and differential values

Regular quality control and sorting ensure a homogeneous fractionation and predictable behaviour on the site. Faster supply and high-volume supply will enable projects to be planned more efficiently and cost-efficiently.

Fracture 32/63 combines high load capacity, stability and efficient drainage - the ideal choice of demanding substrates and long-term constructive reliability.

We recommend to start adapting the project plan to soil and load requirements and select the appropriate amount of supply and compression method to ensure the correct result.