This mesmerising green and gold crystal flower bridal crown is guaranteed to turn heads with its unusual fairtytale colour and high lustre sparkle.
Coraline's clear crystals give this artisan-crafted flower bridal crown a dreamy ethereal quality while the mother of pearl flowers add a soft feminine quality.
Wear this enchanting crown alone or customise with coordinating hairpins to create the spellbinding effect of the flower crown trailing over the top of the head or around the sides.
Lovingly handmade in our design studio using gold plated wire, pale green and light gold luxury crystals and delicately carved mother of pearl flowers with tiny gold plated centrepieces, the Coraline crystal flower bridal crown is truly luxurious addition to a bridal look or special occasion.
This luxury crystal flower bridal crown is a modern boho take on the traditional wedding tiara and would work beautifully with a woodland or garden inspired wedding.
Coraline has an opulent feel but its clear high-shine crystals and open design keep it delicate. Choose from two sizes - small is a simpler option while large offers a more sumptuous look as the hand-wired design continues further down the sides of the head for a fuller look.
The Coraline crystal flower bridal crown comes in three other colour options - antique gold, silver or champagne - or contact us for your own bespoke colour combination to be made to order for you.
The slim crown base is 3mm wide and wrapped in gold satin. It is extremely flexible to ensure that the headpiece is supremely comfortable and lightweight to wear.
In these pictures you can see the Coraline crystal flower crown has been customised by adding Coralie floral hairpins in various positions and you can even order the crown as a set by picking the option to add hairpins. You could also combine it with other coordinating designs worn in the back of the head for ultimate drama - like my Sylvie or Ivy hairvines.
You can also request that any of the hairpin looks be created as one single crown as a bespoke option.