Rare Kunzite with Pyrite & Marcasite Tower | No. 2
Product Information
A beautifully unusual Kunzite with Pyrite and Marcasite Tower, combining delicate lilac Kunzite with contrasting white and dark mineral areas and naturally occurring metallic inclusions.
This 45g tower has a completely individual formation, with visible sections of pale purple Kunzite running through the lighter matrix before meeting darker mineralisation towards the base. Subtle natural inclusions and variations appear throughout, giving the piece plenty to discover as it is turned in the light.
Weight: 45g
Size: approx. 2.53" × 0.72"
Form: Polished Tower
Chakras: Heart & Root
Intention: Love & Connection
About the Material
Kunzite is the pink to lilac variety of spodumene, a mineral known for its delicate colouring and distinctive crystalline structure. This specimen is particularly unusual because the Kunzite occurs alongside Pyrite and Marcasite, iron sulphide minerals known for their metallic lustre. The combination creates a much more complex, mineral-rich appearance than the more familiar solid pink Kunzite pieces.
Intention & Chakra
Kunzite is traditionally associated with the Heart Chakra and themes of love, compassion, emotional openness and connection. The darker matrix and metallic Pyrite and Marcasite provide a grounding contrast, bringing the Root Chakra into the combination.
We associate this piece with Love & Connection, bringing together the softer symbolism of Kunzite with the stabilising, grounded character traditionally associated with its darker mineral companions.
Symbolism of the Tower
The tower shape symbolises focus, direction and intention. Its grounded base rises towards a defined point, making towers popular as focal pieces for crystal displays, altar spaces and crystal grids. They are traditionally used when you want to give an intention a clear sense of direction and focus.
This is the exact piece you will receive. Natural crystals may contain inclusions, internal fractures, pits and variations in colour and pattern. These are part of the individual mineral formation rather than imperfections.