Abstract
The Arboblend V2 biopolymer composite with a matrix based on lignin behaves like a synthetic thermo-injectable polymer, so its use in various sectors does not involve additional costs for obtaining various objects, landmarks using installations injection, extrusion being used in case of synthetic polymers: polyethylene, polypropylene, etc. Compared to plastics obtained from finite sources (oil, natural gas etc.) this material has several specific properties that make it a viable replacement of plastics: it is obtained from renewable raw materials, it is biodegradable in various conditions and, if reinforced with other substances (e.g. Kevlar 3%), becomes fireproof. Through the current paper, we determined the behavior of Arboblend V2 as a force of traction and a force shock. The results will lead to finding the best solutions for using Arboblend V2 and its specific properties that sets it apart from other materials.