Micro-Irrigation Fiber
Micro-Irrigation Fiber
Micro-Irrigation Fiber
Micro-Irrigation Fiber
Micro-Irrigation Fiber
Micro-Irrigation Fiber
Micro-Irrigation Fiber
Micro-Irrigation Fiber
Micro-Irrigation Fiber
Micro-Irrigation Fiber
2023

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Micro-Irrigation Fiber

Weaving A Leaf Vein Effect

Taiwan Textile Research Institute

We design this planting system for spare spaces ex. urban roofs, which can automatically spread water in a horizontal way and imitates the principle of water distribution through a network of leaf veins. For this, we utilize suction function, by a bund of multi-hollow pie fiber, which commonly apply for eyeglass or glass-cleaning cloths. Without the requirement for daily care, made by 100% recycled fabrics from inside out. It is lightweight so it is easy to move. This planting system can be infinitely woven and expanded. Out layer made of recycled PET for concrete ground; the fiber soil is taken from unused scraps mix with recycled cotton.

Client / Manufacturer
Taiwan Textile Research Institute

Taiwan Textile Research Institute

New Taipei, TW
Design
Taiwan Textile Research Institute

Taiwan Textile Research Institute

New Taipei, TWPo-Hsiung Huang / Wei-Ping Wu / Li-Yun Chang / Jen-Hsiung Lee / Chia-Kan Hung
BLACK TAILORS

BLACK TAILORS

New Taipei, TWTien-Yu Hung

Fassade Transcultural Communication Studio

Berlin, DEAnnie, Chih-Hua Wang

PDDLab, National Taipei University of Technology

Taipei, TWHung Cheng
Date of Launch
2022
Development Time
up to 24 Month
Target Regions
North America, Asia, Australia / Oceania
Target Groups
Consumers / Users, Trade / Industry, Public Sector / Government

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