GLASSTICINE
future MATERIaL
From waste glass.

Malleable, strong, sustainable. Glassticine is a unique, groundbreaking material made from waste glass.
Ideal for industry, designers, and architects looking for sustainable and innovative solutions.

30 – 180

µm

pore size

WHAT IS GLASSTICINE

INNOVATIVE MATERIAL OF THE FUTURE ENVIRONMENTALLY FRIENDLY

Porous glass plasticine. It is lightweight, non-toxic, and malleable, with pore sizes ranging from 30 to 180 µm. Made from recycled waste glass or, in its pure form, from high-quality glass sand. It was developed at the Technical University of Liberec as a material offering unexpected possibilities for use.

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ABOUT US

SUSTAINABILITY AND TRADITION WITH A GLOBAL IMPACT

Glassiteca builds on a combination of sustainability and local heritage with a global impact. We bring innovation to traditional glassmaking. We focus on sustainability, using local resources and recycled materials. Our work aims not only to create new products, but also to contribute to global solutions to environmental challenges. Glass that would otherwise end up as waste can take on new meaning thanks to our innovations in modern industry and everyday life.

SCHEDULE MEET

1. spin-off

at the Technical University of Liberec

MAIN APPLICATIONS

GLASS WASTE

GLASSTICINE offers an effective solution for glassworks that have excessive amounts of waste glass and burden the environment. From 2030, it will no longer be possible to landfill glass waste. Don’t want to landfill? Contact us and we will find out how to reduce your environmental footprint. We will provide you with a high-quality ESG solution.

I HAVE WASTE GLASS

HYDROPONIC SYSTEMS

GLASSTICINE provides an ideal substrate for hydroponic systems that can be reused. We can easily adapt the shapes and porosity to the needs of your plants, and the material can be recycled at the end of its life.

SOLVE HYDROPONICS WITH GLASSTICINE

DESIGN, ARCHITECTURE

GLASSTICINE offers unlimited possibilities for use in design, architecture, and industry thanks to its unique properties. It is sustainable, durable, and lightweight.

TRY GLASSTICINE

GLASSTICINE future MATERIaL From waste glass.