Recycled plastic residue from a second-cycle melting recycling technique, combined with mineral aggregates, concrete, sand, calcium-based fillers, inorganic pigments, acrilyc resin and a surface varnish. The base material is structured through a collage-based assembly, with additives applied in stratified layers to increase hardness and improve surface. 2022. Private commission.

Recycled plastic residue from a second-cycle melting recycling technique, combined with mineral aggregates, concrete, sand, calcium-based fillers, inorganic pigments, acrilyc resin and a surface varnish. The base material is structured through a collage-based assembly, with additives applied in stratified layers to increase hardness and improve surface. 2022. Private commission.

Recycled plastic residue from a second-cycle melting recycling technique, combined with mineral aggregates, concrete, sand, calcium-based fillers, watercolour, acrilyc resin and a surface varnish. The base material is structured through a collage-based assembly, with additives applied in stratified layers to increase hardness and improve surface. 2021. Private commission.

Recycled plastic residue from a second-cycle melting recycling technique, combined with mineral aggregates, concrete, sand, calcium-based fillers, inorganic pigments, acrilyc resin and a surface varnish. The base material is structured through a collage-based assembly, with additives applied in stratified layers to increase hardness and improve surface. 2019. Private commission.

Recycled plastic residue from a second-cycle melting recycling technique, combined with mineral aggregates, concrete, sand, calcium-based fillers, inorganic pigments, acrilyc resin and a surface varnish. The base material is structured through a collage-based assembly, with additives applied in stratified layers to increase hardness and improve surface. 2021.

Recycled plastic residue from a second-cycle melting recycling technique, combined with mineral aggregates, concrete, sand, calcium-based fillers, inorganic pigments, acrilyc resin and a surface varnish. The base material is structured through a collage-based assembly, with additives applied in stratified layers to increase hardness and improve surface. 2022. Private commission.

Recycled plastic residue from a second-cycle melting recycling technique, combined with mineral aggregates, water-based resin, calcium-based fillers, inorganic pigments, and a surface varnish. The base material is structured through a collage-based assembly, with additives applied in stratified layers to increase hardness and improve surface. 2021.

Recycled plastic residue from a second-cycle melting recycling technique, combined with mineral aggregates, water-based resin, calcium-based fillers, inorganic pigments, and a surface varnish. The base material is structured through a collage-based assembly, with additives applied in stratified layers to increase hardness and improve surface. 2021.

Recycled plastic residue from a second-cycle melting recycling technique, combined with mineral aggregates, acrylic resin, calcium-based fillers, inorganic pigments, and a surface varnish, enables its repurposing. The base material is structured through a collage-based assembly, with additives applied in stratified layers to increase hardness and improve surface. 2022. Private commission.

Recycled plastic residue from a second-cycle melting recycling technique, combined with mineral aggregates, concrete, sand, calcium-based fillers, inorganic pigments, and a surface varnish. The base material is structured through a collage-based assembly, with additives applied in stratified layers to increase hardness and improve surface. 2021. Private commission.

Recycled plastic residue from a second-cycle melting recycling technique, combined with mineral aggregates, water based resin, calcium-based fillers, inorganic pigments, and a surface varnish. The base material is structured through a collage-based assembly, with additives applied in stratified layers to increase hardness and improve surface. 2021. Private commission.