Art Nouveau Enamel Floral Drop
This item has been sold

We maintain the Archive for research purposes only. These items have been sold and the sales price is confidential.


Please click here to go to our home page to search our current collection.

Like a drop of dew, a tiny diamond sparkles in the center of a pale-to-dark-pink lily, emerging front and center from a curvilinear series of graceful whiplash lines colored in peach-to-green translucent enamel, created by the renowned American Art Nouveau jeweler - "Krementz". A lovely convertible jewel that can be worn as shown, as a pendant necklace, or as a pin, worn alone or as suspending a watch or secondary pendant from the hook on the back. The pendant measures 1 by 1 5/8 inches and is strung on an eighteen-inch chain.
Item Number 90-1-6666
Materials:
14 Karat Yellow Gold
Length:
1 5/8 inch
Width:
1 inch
Inquire about this item
Free Shipping & Returns
Center Diamond details
Cut/Shape: Old Mine Cut
Carat Weight: 0.05 carat Because mountings prohibit full and accurate observation of gem quality and weight, all data pertaining to mounted gems can be considered as approximate unless accompanied by an independent laboratory certificate (AGL, EGL, GIA). Unless otherwise stated, all colored stones and pearls are assumed to be subject to a relatively stable and possibly undetected color and/or clarity enhancement.
Measurements: 2.40-2.40 mm
Color: F
Clarity: SI1

At Lang, our team of GIA Graduate Gemologists grade our gemstones to the highest standards adhering to the strict GIA grading system. Each piece is carefully inspected to guarantee our grading and quality standards.

  • Visit our store

    Visit usLearn More
  • Give Us a Call

    Call us(800) 924-2213
  • Share this item

The Vintage Advantage

The Vintage Advantage

Go green with our naturally eco-friendly jewels.

About Vintage Jewelry

About Vintage Jewelry

Everything you need to know about antique and vintage jewelry.

Jewelry Care

Jewelry Care

Keep your vintage and antique jewelry happy and healthy through its next lifetime.