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Using rapidly renewable raw materials, the University of Stuttgart in Germany has recently developed a new non-toxic, fully flexible fibreboard (flexible HDF) that can be used to produce furniture or interiors
.
Ordinary fiberboard has little flexibility and is limited in decoration design
.
The new flexible fiberboard developed by Professor Hana Dach, director of the Institute of Structural Design and Design at the University of Stuttgart, is 80% to 90% made of renewable raw materials, such as straw, or wheat, corn, oats, barley or Made of rye straw fiber
.
Another advantage of the new flexible fiberboard is its silicate content of up to 20% of the dry fiber weight
.
By adding different binders, the flexibility and stability of the board can be varied for different applications
.
Registered under the name "Bioflexi", this eco-friendly material is inexpensive and this novel high-density and flexible fibreboard can be used to produce furniture and partitions of various shapes, as well as floors with anti-slip and impact-resistant properties
.