Yellow

Darling Dots are made of 100% recycled glass and can be used indoors and outdoors. Made by the sintering process these tiny droplets of glass are s...

Darling Dots are made of 100% recycled glass and can be used indoors and outdoors. Made by the sintering process these tiny droplets of glass are s...

Opaque medium floral millefiori. Each piece varies from 7/8mm in size and 3mm thick. C.O.E. 104. Variations in thickness are to be expected.

Made from recycled glass and coloured with natural mineral oxides, these 8mm tiles are strong and durable with a high gloss finish. 8mm square &...

Made from recycled glass and coloured with natural mineral oxides, these 8mm tiles are strong and durable with a high gloss finish. 8mm square &...

Made from recycled glass and coloured with natural mineral oxides, these 8mm tiles are strong and durable with a high gloss finish. 8mm square &...

Darling Dots are made of 100% recycled glass and can be used indoors and outdoors. Made by the sintering process these tiny droplets of glass are s...

Darling Dots are made of 100% recycled glass and can be used indoors and outdoors. Made by the sintering process these tiny droplets of glass are s...

Transparent medium floral millefiori. Each piece varies from 7/8mm in size and 3mm thick. C.O.E. 104. Variations in thickness are to be expected.

Made from recycled glass and coloured with natural mineral oxides, these 8mm tiles are strong and durable with an iridised finish. 8mm square &...

Made from recycled glass and coloured with natural mineral oxides, these 8mm tiles are strong and durable with an iridised finish. 8mm square &...

Made from recycled glass and coloured with natural mineral oxides, these 8mm tiles are strong and durable with a high gloss finish. 8mm square &...

Made from recycled glass and coloured with natural mineral oxides, these 8mm tiles are strong and durable with an iridised finish. 8mm square &...

Transparent yellow geometric square millefiori. Each piece varies from 7/9mm in size and 3mm thick. C.O.E. 104. Variations in thickness are to b...