
This is a listing for customers who wish to preserve their own flowers for a desk/shelf display in a form of a crystal, large sphere, pyramid or a ring holder.
Shipping: Purchasing this listing require you to send me your fresh or pre-dried flowers.
After the order is placed, I will contact you to confirm the reservation and will send you shipping instructions.
Please note, local pickup is not offered just for this listing, as these are add-on items for customers who order wedding/funeral/any special occasion flowers preserved into slabs or pressed flower frames.
More information on floral preservation - Custom Floral Preservation – Eight Acorns
All flowers will be preserved in their natural 3D shape and will closely resemble fresh ones in looks and color.
More information on floral preservation - Custom Floral Preservation – Eight Acorns
OPRTIONS:
- Ring holder - 2 3/16" x 3 1/8" (5.5cm x 8 cm). Fits small flowers and individual petals.
- Sphere - 3" in diameter (7.6cm) flat bottom. Fits one large or multiple small flowers.
- Small Obelisk Crystal Tower - approx. 85-90mm (3 1/2") in height and 25mm in width (1"). Fits very small flowers or individual petals. Please note: Minor surface imperfections and scratches may exist due to it being cast from a real quartz crystal.
- Large Irregular Crystal - approx. 2”- 2.5” tall and 1" - 1.5” wide. Each one will vary in shape. Fits medium flowers and petals.
- Pyramid - 4.5" x 4.5" x 4.5" - Fits a few larger flowers.
- Coaster - 4.7" x 0.5" - For small flat flowers and leaves .
- Candle holders
Large 4.9" x 1.5" (125x40mm)
Medium 4.1" x1.5" (105x40mm)
Small 2.8" x1.5" (73x40mm)
After the order is placed, I will contact you to confirm the reservation and will send you shipping instructions.
You can expect high quality professional water-clear casting and great care and attention to details!
This project will take about 5-8 weeks to complete from the date I receive your flowers.
Please note, ALL CUSTOM ORDERS ARE FINAL AND NOT REFUNDABLE.
Other preservation options we offer: