Know why
our steel fibres are setting benchmarks with the EPD.
The Environmental Product Declaration (EPD) maps the ecological footprint of a product over its entire lifecycle – from raw material through to recycling potential. The steel fibres from KrampeHarex perform above average in terms of production, application, use and recycling.
1. Raw materials
Act consistently, start with raw material.
Even before production, we set the course for the sustainability of our steel fibres. 95 percent of our raw material is delivered to us by ship or train exclusively from Europe and is 90 percent recycled too.
Comparison of total GWP in kg CO₂-Eq. per kg of steel fibres: KrampeHarex (blue), other manufacturers (grey)
2. Production
Plan resource-efficiently, build sustainably.
Our fibres perform significantly better than those of other manufacturers in terms of overall greenhouse warming potential. This is due to our integral approach, which requires the economic use of resources from the procurement of the raw material through to shipping of the fibres. In addition, we buy our electricity to 100 percent from renewable energy sources and produce a considerable share of our requirements ourselves thanks to our photovoltaic plant.
“When the lifecycle of our steel fibres is viewed as a whole, our production is almost CO2 neutral.“
Dr. Christian Neunzig
Technical Manager Construction Technology
Reduction of the environmental impact through the use of steel fibres – comparison of construction and reinforcement types
3. Application
Reinforce optimally, save material.
When steel fibre-reinforced concrete is used for tunnel construction, for example, most of the Portland cement can be substituted and steel bars can be dispensed with. In industrial flooring, combined reinforcement reduces the necessary slab thickness and thus the minimum reinforcement required. This has a positive impact on material requirements and the environment.
4. Use and recycling
Use recycling potential, go easy on the environment.
During its useful life, steel fibre reinforced concrete is less prone to crack formation and demonstrates increased mechanical resilience. This allows maintenance costs to be reduced and increases the service life of the concrete. If the complete lifecycle of our steel fibres is considered, 84 percent of the production-related environmental impact can be mathematically offset by the positive effects of recycling.
For us, acting responsibly goes far beyond protecting the environment.
Responsibility also plays a major role at KrampeHarex in human interaction, in our business activities, in research as well as in the transfer of knowledge.
