Nutmeg, Vanilla & Cinnamon Wax Melt Box

£10.00
By CAHM

Description

Indulge in a powerful hit of fragrance with our delicious christmas cookie wax melt fragrance of nutmeg, vanilla and cinnamon. The tasty festive scent is perfect for setting a holiday vibe in your space without having to do the hard work in the kitchen.

Simply pop one of the Christmas cookie wax melts in the top of a burner, light a tea light underneath, and be amazed as your room quickly fills with fragrance. These boxes of wax melts contain 8 generously sized Christmas cookie wax melts, and can easily be split in half to ensure they stretch further. 

Top Notes: Cinnamon, Nutmeg

Middle Notes: Ginger, Coffee

Base Notes: Sugar, Vanilla

The Christmas cookie wax melts are hand blended soy wax with premium fragrance oils that is carefully pourted and lovingly packaged in our CAHM cardboard boxes, which are fully recyclable and easy to wrap as gifts. Use in your choice of wax melt burner (not included).

Each of the Christmas cookie wax melts will provide ~15 hours of scent when melted correctly. When scent diminishes, replace with a new melt. Wipe out the old wax with paper towel before use and discard in the bin. 

This festive fragrance is part of our collection of Christmas wax melts, all of which are eligible for free domestic UK shipping on orders over £50. Take advantage of the combined postage offer and fill your cart with our luxury candle collections or reed diffusers and treat yourself or your loved ones to a thoughtful gift. 

Please note that the wax melt burner and wax will become hot when the candle is lit, never leave unattended and only use on flat surfaces.

Shipping Policy

We’re delighted to offer a flat rate £4.50 domestic UK shipping for orders under £50, while orders over £50 can receive free domestic UK shipping - so add a few items to your cart and treat yourself and a loved one.

See our Shipping Policy for delivery information and dispatch times.

Allergen Information

Contains: Coumarin, Eugenol. May produce an allergic reaction.