Wavellite Mineral Specimen - (Ex Collection)
Product Information
A fascinating natural Wavellite mineral specimen, featuring distinctive radial crystal formations exposed throughout its earthy matrix.
Wavellite is particularly prized for the way its crystals grow in radiating, fan-like and spherical formations. This specimen beautifully shows that structure, with dark olive to forest-green Wavellite crystals spreading outward in fine lines from central points. Where the surrounding matrix has naturally broken away, sections of the internal radial growth are revealed almost like tiny mineral sunbursts.
The contrast is gorgeous: deep green, subtly lustrous Wavellite against a rugged grey and warm ochre-toned host rock. Rather than being a highly polished display piece, this specimen retains its raw geological character, making the exposed crystal structure the real focus.
Measuring approximately 69.3 × 60.3mm, it is a brilliant addition for anyone drawn to unusual mineral formations and specimens that show exactly how crystals develop within their natural matrix.
About Wavellite
Wavellite is a phosphate mineral best known for its distinctive radial crystal habit. Individual crystals often grow outward from a central point, creating rounded aggregates, fans and starburst-like patterns.
When these formations are broken or naturally exposed, their internal structure becomes visible as the striking radiating lines seen across this specimen.
Associated Intention
Growth & Success
Wavellite is traditionally associated with personal growth, forward movement and encouraging new perspectives. Its radiating formations also make it a beautiful symbolic piece for expansion and moving outward into something new.
Associated Chakra
Heart Chakra
Green Wavellite is commonly associated with the Heart Chakra, traditionally connected with emotional openness, compassion and personal growth.
Product Details
- Material: Wavellite
- Colour: Olive Green / Forest Green / Grey / Ochre
- Formation: Radial / Fan Crystal Growth
- Approximately 69.3 × 60.3mm
- Provenance: Ex-Collection specimen