The "Elizabeth" Collection
Queen Elizabeth I
from "Tudor Costume and Fashion", Herbert Norris
A very popular design of mine, this set is inspired by
the portrait of Queen Elizabeth I shown above.
Containing over 296 individually hand-wired 8mm imported glass pearls in the regular-sized version, this girdle belt is by far the most unusual design I offer. While the waist circumference is standard fare, consisting of 14x10mm cabochon stones linked by pearled scetions, the 30" long center drop of dual inter-linked pearl chains features a faux knot along its length. When paired with a dark-colored skirt forepart, this luminous belt will be at its very best and brightest! For added versatility, you'll find a 7" pearl extender chain at the center back of your belt.
Unless you request otherwise, this girdle will include support pins that are affixed to two settings along your belt's center drop. These pins will help to keep your drop's length in place as you move around during your event.
Sizes shown below denote the circumference of the waist section of the belt; the center drop will measure an additional 27"-30" - adjustments to the center drop length are available upon request.
When nothing but bright, regal pearls will do, this necklace is the perfect choice for you!
Double strands of inter-linked 8mm imported glass pearls join at the center front at an 18x13mm smooth domed acryilc cabochon with either a round or teardrop pearl (round pearl shown in photo).
"Elizabeth" Jeweled Collar
The design consists of alternating 25x18mm ("Main" color, shown above in ruby) and 18x13mm ("contrast" color, shown above in jet) smooth acrylic cabochon stones, 8mm round and 15x8mm teardrop imported glass pearls (shown above in white).
These tri-pearl earrings are stunning - a bit of classic style mixed with today's chandelier earring trend.
Made with 10x8mm acrylic stones set in lace-bordered brass settings, with two 12x7mm glass teardrop pearls and one 15x8mm glass teardrop pearl dangling deliciously from an ornate filigree chandelier connector.