Millefiori - 9/10 Fuchsia U17
Transparent medium floral millefiori. Each piece varies from 9/10mm in size and 3.5mm thick. C.O.E. 104. Variations in thickness are to be expected.
Transparent medium floral millefiori. Each piece varies from 9/10mm in size and 3.5mm thick. C.O.E. 104. Variations in thickness are to be expected.
Transparent medium floral millefiori. Each piece varies from 9/10mm in size and 3.5mm thick. C.O.E. 104. Variations in thickness are to be expec...
View full detailsTransparent medium floral millefiori. Each piece varies from 9/10mm in size and 3.5mm thick. C.O.E. 104. Variations in thickness are to be expec...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full detailsMade by the sintered mosaic process (combining pressure and heat) which makes these little drops incredibly strong. They are produced using recycle...
View full details