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More Stable Wood without Lignin

机译:没有木质素的更稳定的木材

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Wood is one of the oldest materials in the world. It is light, has excellent mechanical properties, regrows, and binds C02. Against the background of the current climate debate, the last two properties in particular raise the question of how wood can be used even more and better. Ingo Burgert's research group at Empa and ETH Zurich has been investigating this question for years. Their aim: to improve the natural properties of wood and equip it with new functions that will broaden the range of applications for wood. Together with Tanja Zimmermann, the current head of Empa's "Functional Materials" department, Ingo Burgert has already created astonishing wooden objects in the "Vision Wood" unit of the NEST experimental building, such as door handles made of antimicrobial wood, mineralized wood for improved flame resistance, or a pin board made of magnetized wood. The most recent research findings now open up new possibilities: "We have found a way of significantly improving the mechanical properties of wood and at the same time making it even easier to equip it with new properties," says Bürgert.
机译:木材是世界上最古老的材料之一。它是光线,具有优异的机械性能,再磨合和结合CO 2。在当前气候辩论的背景下,最后两个物业特别提出了如何更好地使用木材的问题。 Ingo Burgert在Empa和Eth苏黎世的研究小组多年来一直在调查这个问题。他们的目标:改善木材的自然特性,并用新的功能装备,将扩大木材的应用范围。与Tanja Zimmann一起,目前的Empa的“功能材料”部门,Ingo Burgert已经在巢实验建筑的“视觉木材”单元中创造了令人惊讶的木质物品,例如由抗微生物木材制成的门把手,矿化木材改进阻燃性,或由磁化木材制成的销板。最近的研究结果现在开辟了新的可能性:“我们已经找到了一种显着提高木材的机械性能的方法,同时使其更容易用新的性质装备,”Bürgert说。

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