Roman Glass

Approximate beads per strand: 35 What is it: The colorless (and "aqua" blue) glass was produced in the Roman period by adding either antimony or manganese oxide. This oxidised the iron, which although yellow, is a much weaker colorant, allowing the...

Approximate beads per strand: 12 What is it: The colorless (and "aqua" blue) glass was produced in the Roman period by adding either antimony or manganese oxide. This oxidised the iron, which although yellow, is a much weaker colorant, allowing the...

Approximate beads per strand: 30 What is it: The colorless (and "aqua" blue) glass was produced in the Roman period by adding either antimony or manganese oxide. This oxidised the iron, which although yellow, is a much weaker colorant, allowing the...

Approximate beads per strand: 100 What is it: The colorless (and "aqua" blue) glass was produced in the Roman period by adding either antimony or manganese oxide. This oxidised the iron, which although yellow, is a much weaker colorant, allowing the...

Approximate beads per strand: 15 These beads feature two holes for weaving. What is it: The colorless (and "aqua" blue) glass was produced in the Roman period by adding either antimony or manganese oxide. This oxidised the iron, which although...

Approximate beads per strand: 25 What is it: The colorless (and "aqua" blue) glass was produced in the Roman period by adding either antimony or manganese oxide. This oxidised the iron, which although yellow, is a much weaker colorant, allowing the...

Approximate beads per strand: 15-16 What is it: The colorless (and "aqua" blue) glass was produced in the Roman period by adding either antimony or manganese oxide. This oxidised the iron, which although yellow, is a much weaker colorant, allowing the...

Approximate beads per strand: 14-17 What is it: The colorless (and "aqua" blue) glass was produced in the Roman period by adding either antimony or manganese oxide. This oxidised the iron, which although yellow, is a much weaker colorant, allowing the...

Approximate beads per strand: 120 What is it: The colorless (and "aqua" blue) glass was produced in the Roman period by adding either antimony or manganese oxide. This oxidised the iron, which although yellow, is a much weaker colorant, allowing the...

Approximate beads per strand: 24 What is it: The colorless (and "aqua" blue) glass was produced in the Roman period by adding either antimony or manganese oxide. This oxidised the iron, which although yellow, is a much weaker colorant, allowing the...

Approximate beads per strand: 16 What is it: The colorless (and "aqua" blue) glass was produced in the Roman period by adding either antimony or manganese oxide. This oxidised the iron, which although yellow, is a much weaker colorant, allowing the...

Approximate beads per strand: 12 What is it: The colorless (and "aqua" blue) glass was produced in the Roman period by adding either antimony or manganese oxide. This oxidised the iron, which although yellow, is a much weaker colorant, allowing the...

Approximate beads per strand: 25-27 What is it: The colorless (and "aqua" blue) glass was produced in the Roman period by adding either antimony or manganese oxide. This oxidised the iron, which although yellow, is a much weaker colorant, allowing the...

Approximate beads per strand: 200 What is it: The colorless (and "aqua" blue) glass was produced in the Roman period by adding either antimony or manganese oxide. This oxidised the iron, which although yellow, is a much weaker colorant, allowing the...

Approximate beads per strand: 15-18 What is it: The colorless (and "aqua" blue) glass was produced in the Roman period by adding either antimony or manganese oxide. This oxidised the iron, which although yellow, is a much weaker colorant, allowing the...

Approximate beads per strand: 30 What is it: The colorless (and "aqua" blue) glass was produced in the Roman period by adding either antimony or manganese oxide. This oxidised the iron, which although yellow, is a much weaker colorant, allowing the...