HyphaL
由菌丝复合材料制成的工作室监听扬声器
世界上第一个 100% 由菌丝体生物复合材料制成的扬声器。除螺丝和扬声器外，它全部由菌丝复合材料和麻纤维制成。菌丝复合材料可以成为循环经济的重要组成部分。菌丝复合材料是指：农业或木材废料与真菌交织在一起，然后经过热处理或压制而成。菌丝体的吸音和隔音性能超过大多数传统建筑隔音材料，使扬声器具有有趣的吸音和隔音效果。这是一个原型，旨在提高人们对这项技术的认识。
公司/机构
Széchenyi István University
Our research area is biodesign and mycelium-based biocomposites. Our experiments
are carried out at the Design Department of the Széchenyi István University in
collaboration with the Materials Science Laboratory of the University.Our aim is
to develop and promote biocomposites for the construction, automotive and furniture industries, with applied and fine art creations. Experimentation with mycelium-based composites is a relatively young field of research. It has a history
of approximately 20 years.. In terms of industrial use, mycelium is one of the strongest
organic chitin-rich adhesives.
国家
匈牙利
Designer(s)
Bence Czibik
https://designcampus.hu/tag/mycelium-design/
Our research area is biodesign and mycelium-based biocomposites. Our experiments are carried out at the Design Department of the Széchenyi István University in collaboration with the Materials Science Laboratory of the University.Our aim is to develop and promote biocomposites for the construction, automotive and furni-ture industries, with applied and fine art creations. Experimentation with my-celium-based composites is a relatively young field of research.In terms of industrial use, mycelium is one of the strongest organic chitin-rich adhesives.