W2: Red-Capped Amethyst Clusters (Thunder Bay, Ontario, Canada); 20 pieces
This listing is for a 20 piece lot of mixed size red-capped amethyst clusters from the world-famous Thunder Bay amethyst mine in Ontario, Canada.
This lot contains a nice variety of sizes, ranging from small specimens (4 cm) to larger cabinet pieces (15 cm).
The clusters offered showcase great sparkle and a very high luster, and great purple and red color color. The bold hematite inclusions that create the desirable “red cap” can be seen on all pieces in the lot. Most specimens in the lot have a deeply saturated color, while the two largest specimens have a lighter purple with a “dusting” of red color and a great deal of sparkle created by their quartz matrix.
This listing is for a 20 piece lot of mixed size red-capped amethyst clusters from the world-famous Thunder Bay amethyst mine in Ontario, Canada.
This lot contains a nice variety of sizes, ranging from small specimens (4 cm) to larger cabinet pieces (15 cm).
The clusters offered showcase great sparkle and a very high luster, and great purple and red color color. The bold hematite inclusions that create the desirable “red cap” can be seen on all pieces in the lot. Most specimens in the lot have a deeply saturated color, while the two largest specimens have a lighter purple with a “dusting” of red color and a great deal of sparkle created by their quartz matrix.
This listing is for a 20 piece lot of mixed size red-capped amethyst clusters from the world-famous Thunder Bay amethyst mine in Ontario, Canada.
This lot contains a nice variety of sizes, ranging from small specimens (4 cm) to larger cabinet pieces (15 cm).
The clusters offered showcase great sparkle and a very high luster, and great purple and red color color. The bold hematite inclusions that create the desirable “red cap” can be seen on all pieces in the lot. Most specimens in the lot have a deeply saturated color, while the two largest specimens have a lighter purple with a “dusting” of red color and a great deal of sparkle created by their quartz matrix.
