Zero Debris Concrete

Zero Debris Concrete

Zero Debris Concrete (ZDC) is an innovative solution designed to enhance the safety and longevity of concrete crash barriers. By incorporating steel fibres into the concrete mix, ZDC significantly improves impact resistance and minimises the risk of detached elements during vehicle collisions. This advanced composition enhances the overall durability of crash barriers, reducing maintenance requirements and extending their service life.

The use of ZDC does not change vehicle redirection behaviour, geometry of the concrete barrier or connection details. ZDC barrier elements may be used with non-ZDC elements.

Features

  • Embedded steel fibres enhance toughness and impact absorption.
  • Improved impact resistance.
  • Designed to reduce fragmenting during vehicle collisions.
  • Improved resilience against cracking due to mechanical and environmental stress.
  • Balanced proportions of cement, aggregates, and steel fibres ensure maximum strength and durability.

Compatible Products

  • DeltaBloc® concrete barriers.

Applications

  • Highway crash barriers.
  • Bridge Parapets.
  • Urban Road Dividers.
  • Tunnel Safety Barriers.
  • Industrial Protective Barriers.

Zero Debris Concrete FAQs

How does Zero Debris Concrete improve safety?

The addition of steel fibres prevents concrete from breaking into hazardous debris during an impact, reducing the risk of secondary accidents.

Unlike conventional concrete, which can fragment on impact, Zero Debris Concrete is reinforced with steel fibres that enhance its toughness and durability.

While the initial cost may be slightly higher due to the inclusion of steel fibres, the long-term savings on maintenance and repairs make it a cost-effective solution.

It is suitable for a variety of applications, including highway crash barriers, bridges, tunnels, and industrial protective structures.

With its enhanced durability and resistance to impact and environmental damage, Zero Debris Concrete extends the lifespan of concrete barriers significantly.