
three experimental devices by UO showcase the performance of mitsui’s functional plastics
lens of phenomena invites inspiration for future applications of advanced functional plastics.
prefer designboom on googleUO’s Lens of Phenomena Showcases Advanced Functional Plastics
Lens of Phenomena is a series of experimental devices by Japanese design studio UO and general chemical manufacturer Mitsui Chemicals, developed to showcase the advanced performance of Mitsui’s functional plastics. Opened in October 2024, Creation Palette YAE™ highlights Mitsui Chemicals’ innovative range, allowing visitors to experience the distinctive capabilities of each plastic product through immersive, multisensory demonstrations.

Interactive Demonstrations of TAFNEL™, STABiO™, and SYNTEX™
UO studio crafted three interactive demonstrations and designed the accompanying lab equipment, focusing on the unique characteristics of plastics like TAFNEL™, STABiO™, and SYNTEX™. These displays let visitors observe and interact with each material, presenting a glimpse into its specific properties.
TAFNEL™, a non-woven fabric with hydrophobic and oil-adsorbing abilities, is used to remove oil spills in the ocean and rivers. In the demonstration, visitors pour a mix of water and oil down a three-tiered incline lined with TAFNEL™ sheets, which absorb the oil and allow only water to reach the beaker below. This setup visually highlights TAFNEL™’s impressive oil adsorption and hydrophobic properties. STABiO™ is a plant-derived polyisocyanate plastic with the transparency of glass and rubber-like flexibility. Visitors handle a 300mm-diameter large lens made of STABiO™, experiencing its glass-like transparency, and refractive index its half-weight compared to glass, and its unique flexibility. SYNTEX™, a meltblown nonwoven fabric, is employed for filtration in various fields like hygiene, medical, and automotive. Here, SYNTEX™ functions as a filter paper in a pressurized setup, where visitors stir a cocoa powder solution, which is then separated into water and powder as it passes through a thin SYNTEX™ sheet, highlighting its filtration efficiency.

Minimalist Design devices act as a ‘Lens’ for plastics’ properties
The design of these devices is minimal and unobtrusive, utilizing transparent or reflective materials to allow the product’s properties to take center stage. Each installation functions as a ‘lens’ for observing the materials’ unique phenomena directly, keeping the viewer’s focus on the material properties themselves. These hands-on experiences offer visitors a view into the scientific ingenuity behind these materials, aiming to inspire ideas for new applications and innovations in functional plastics.










project info:
name: Lens of Phenomena
designer: UO | @uo_hamamatsu
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