29mm Triangles - Cream Opal 092
Isosceles triangle of sintered glass made from window glass and oxide minerals. 29mm on each side 4mm thick +/- 18 pieces per 100g +/- 180 piec...
View full detailsAn exciting collection of new arrivals and products coming soon!
Isosceles triangle of sintered glass made from window glass and oxide minerals. 29mm on each side 4mm thick +/- 18 pieces per 100g +/- 180 piec...
View full detailsIsosceles triangle of sintered glass made from window glass and oxide minerals. 29mm on each side 4mm thick +/- 18 pieces per 100g +/- 180 piec...
View full detailsIsosceles triangle of sintered glass made from window glass and oxide minerals. 29mm on each side 4mm thick +/- 18 pieces per 100g +/- 180 piec...
View full detailsIsosceles triangle of sintered glass made from window glass and oxide minerals. 29mm on each side 4mm thick +/- 18 pieces per 100g +/- 180 piec...
View full detailsIsosceles triangle of sintered glass made from window glass and oxide minerals. 29mm on each side 4mm thick +/- 18 pieces per 100g +/- 180 piec...
View full detailsIsosceles triangle of sintered glass made from window glass and oxide minerals. 29mm on each side 4mm thick +/- 18 pieces per 100g +/- 180 piec...
View full detailsIsosceles triangle of sintered glass made from window glass and oxide minerals. 29mm on each side 4mm thick +/- 18 pieces per 100g +/- 180 piec...
View full detailsIsosceles triangle of sintered glass made from window glass and oxide minerals. 29mm on each side 4mm thick +/- 18 pieces per 100g +/- 180 piec...
View full detailsIsosceles triangle of sintered glass made from window glass and oxide minerals. 29mm on each side 4mm thick +/- 18 pieces per 100g +/- 180 piec...
View full detailsIsosceles triangle of sintered glass made from window glass and oxide minerals. 29mm on each side 4mm thick +/- 18 pieces per 100g +/- 180 piec...
View full detailsIsosceles triangle of sintered glass made from window glass and oxide minerals. 29mm on each side 4mm thick +/- 18 pieces per 100g +/- 180 piec...
View full detailsIsosceles triangle of sintered glass made from window glass and oxide minerals. 29mm on each side 4mm thick +/- 18 pieces per 100g +/- 180 piec...
View full detailsIsosceles triangle of sintered glass made from window glass and oxide minerals. 29mm on each side 4mm thick +/- 18 pieces per 100g +/- 180 piec...
View full detailsIsosceles triangle of sintered glass made from window glass and oxide minerals. 29mm on each side 4mm thick +/- 18 pieces per 100g +/- 180 piec...
View full detailsIsosceles triangle of sintered glass made from window glass and oxide minerals. 29mm on each side 4mm thick +/- 18 pieces per 100g +/- 180 piec...
View full detailsA perfectly charming pack of petal shaped high fired ceramic pieces. The beautifully proportioned pointed ellipses are ideal for making a variety ...
View full detailsA perfectly charming pack of petal shaped high fired ceramic pieces. The beautifully proportioned pointed ellipses are ideal for making a variety ...
View full detailsA perfectly charming pack of petal shaped high fired ceramic pieces. The beautifully proportioned pointed ellipses are ideal for making a variety ...
View full detailsA perfectly charming pack of petal shaped high fired ceramic pieces. The beautifully proportioned pointed ellipses are ideal for making a variety ...
View full detailsA perfectly charming pack of petal shaped high fired ceramic pieces. The beautifully proportioned pointed ellipses are ideal for making a variety ...
View full detailsA perfectly charming pack of petal shaped high fired ceramic pieces. The beautifully proportioned pointed ellipses are ideal for making a variety ...
View full detailsA perfectly charming pack of petal shaped high fired ceramic pieces. The beautifully proportioned pointed ellipses are ideal for making a variety ...
View full detailsA perfectly charming pack of petal shaped high fired ceramic pieces. The beautifully proportioned pointed ellipses are ideal for making a variety ...
View full detailsA perfectly charming pack of petal shaped high fired ceramic pieces. The beautifully proportioned pointed ellipses are ideal for making a variety ...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsThe building block of mosaics since the beginning of the art was the square and next came the rectangle. Edging, outlining and detail was formed b...
View full detailsDarling 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...
View full detailsDarling 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...
View full detailsDarling 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...
View full detailsDarling 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...
View full details