Glare Glassware Series

The defining moment came during the final prototype evaluations when we observed how light interacted with the prismatic surface of the polypropylene body. Until that stage, we knew the form was aesthetically strong and the material was technically suitable, but we had not yet witnessed the emotional impact we were aiming for.As the prototypes began producing crystal-like reflections similar to traditional glassware, I realized we had successfully bridged what many consider a contradiction: combining the elegance of crystal with the durability of polypropylene. For me, that was the moment Glare became more than a functional drinkware collection. It became an experience.Throughout the project, my goal as the lead designer was not to imitate glass, but to reinterpret its emotional value through a contemporary material. Seeing that balance achieved confirmed that the design vision and engineering efforts had truly come together.

I believe Glare contributes to a broader transformation within the HoReCa industry by demonstrating that sustainability does not require sacrificing luxury or guest experience.In high-volume hospitality environments, breakage is not only a financial concern but also an environmental one. Traditional glassware requires frequent replacement, transportation, and disposal. By using recyclable food-safe polypropylene, Glare extends product lifespan while reducing operational waste.What excites me most is that it changes perceptions. For many years, durable materials were associated with purely functional products. Through Glare, I wanted to show that recyclable materials can also deliver refinement, atmosphere, and emotional value. If luxury venues begin to view sustainability as an integrated design opportunity rather than a compromise, then I believe projects like Glare can help drive meaningful change across the industry.

The most significant breakthrough came through the development of highly precise mold surfaces capable of reproducing the prismatic geometry without compromising transparency and surface quality.From a design perspective, the challenge was not creating the texture itself, but ensuring that every facet interacted with light in a controlled manner. Even minor deviations during mold production could dramatically alter the visual effect.Working closely with engineers taught me that injection molding has far greater expressive potential than many designers assume. Initially, I approached polypropylene as a practical material. By the end of the project, I viewed it as a medium capable of delivering sophisticated visual experiences when supported by advanced manufacturing techniques.That collaboration expanded my understanding of what industrial production can achieve when design and engineering evolve together rather than sequentially.