Quick Highlights:
Weight: 2.8kg
Dimensions: 8” W × 7” H × 3.5” D
Source/Origin: Jinlong Hill, Longchuan County, Heyuan, Guangdong Province, China
Key Features: Extremely rare Mushketovite (Magnetite ps. Hematite), magnetic Iron Rose formations, quartz contrast, museum-quality, cabinet-ready specimen
Product Description
Introduction
This museum-grade Iron Rose Hematite with Quartz is an exceptionally rare example of Mushketovite—a pseudomorph where Hematite replaces Magnetite while retaining its magnetic properties. This transformation is found in very few locations worldwide, and Jinlong Hill in Guangdong, China, is one of the only known sources of this material.
Unlike standard Hematite, which is completely non-magnetic, this specimen still retains magnetic properties, confirming residual Magnetite presence. The Iron Rose crystal habit and sharp quartz inclusions further elevate its rarity and display value, making it a true collector’s piece for serious mineral collectors, museums, and investors.
Geological Details
Mineral Composition:
Mushketovite – Magnetite (Fe₃O₄) pseudomorph Hematite (Fe₂O₃) with Quartz (SiO₂)
Crystal System:
Magnetite (before transformation): Isometric (Cubic)
Hematite (after transformation): Trigonal
Quartz: Hexagonal
Rock Matrix Composition: Iron-rich quartz veins and metamorphic host rock
Formation Process:
Mushketovite forms when Magnetite undergoes oxidation and transforms into Hematite, yet retains its magnetic properties due to incomplete alteration. This process involves:
Hydrothermal mineralization, where iron-rich fluids crystallized under specific temperature and pressure conditions.
Partial oxidation, preserving the original Magnetite structure while allowing Hematite to develop.
Quartz crystallization, which enhances the specimen’s visual and structural appeal.
This unique formation process makes Mushketovite an extreme geological rarity, of interest to both mineralogists and collectors.
Aesthetic Appeal
Distinct Iron Rose Hematite crystal habit – layered, bladed crystal growth gives the specimen a unique, sculptural appearance.
Highly metallic luster – reflective surfaces enhance visual appeal under lighting.
Quartz contrast – clear, sharp quartz terminations provide an excellent counterpoint to the metallic hematite.
Magnetic properties – an unusual feature for Iron Rose Hematite, increasing both scientific and collector value.
Provenance & Historical Significance
Jinlong Hill, located in Longchuan County, Guangdong, has produced some of the finest hematite formations in the world.
Known for its rich deposits of iron oxide minerals, this locality has been an important source of magnetite and hematite specimens for mineral collectors and researchers alike.
Mushketovite from Jinlong Hill is particularly rare, making any well-formed specimen a highly desirable collector’s piece.
Metaphysical Properties
Hematite (Mushketovite) is associated with grounding and strength, believed to enhance focus and resilience.
Quartz is known for its energy amplification properties, working in harmony with hematite’s stabilizing influence.
Magnetic energy in minerals is thought to align and balance electromagnetic fields, adding a unique metaphysical dimension to this piece.
Rarity
Jinlong Hill, Guangdong, is one of the only known sources of magnetic Iron Rose Hematite (Mushketovite).
Most Iron Rose Hematite specimens are non-magnetic, making this an extreme rarity.
Comparable Mushketovite specimens are almost never seen on the open market.
Completely natural – no repairs, no stabilization.
This specimen represents one of the finest examples of Mushketovite available today.
Why You Will Love This Specimen
Extremely rare – magnetic Iron Rose Hematite is almost unheard of.
A true geological anomaly – scientifically and visually significant.
Museum-worthy specimen, ideal for investment or display.
A rare combination of Mushketovite, Iron Rose structure, and Quartz makes this a one-of-a-kind find.
Specifications
Weight: 2.8kg
Dimensions: 8” W × 7” H × 3.5” D
Magnetic: Yes
Finish: Natural, unpolished, cabinet-ready
Unique Features:
Mushketovite – Retained Magnetite magnetism in a Hematite transformation
Layered Iron Rose crystal structure
Quartz crystal contrast
Fully natural – no repairs or stabilization
Care & Maintenance
Avoid prolonged exposure to humidity, as iron-based minerals can react to moisture over time.
Use a dry microfiber cloth to gently remove dust and preserve the specimen’s natural luster.
Keep away from strong magnets, as residual magnetism may be affected by prolonged exposure.
Store in a display case with silica gel packs to regulate humidity.
Display Recommendations
Position under strong LED lighting to enhance the metallic luster.
Use a premium mineral stand to showcase the Iron Rose formations and Quartz contrast.
Place next to a magnet to demonstrate its rare magnetic properties.
Collector's Note
How rare is the specimen?
Extremely rare—Mushketovite specimens are among the most sought-after pseudomorphic minerals.
Is it from a sought-after mine?
Yes, Jinlong Hill, Guangdong, is one of the very few known sources of Mushketovite worldwide.
Does it have historical or geological significance?
The pseudomorphic transformation of Magnetite to Hematite, while retaining magnetic properties, is a significant mineralogical event.
Final Thoughts
This museum-grade Mushketovite from Jinlong Hill, Guangdong, China, represents an extraordinary combination of rarity, scientific significance, and aesthetic appeal. Whether acquired for research, display, or investment, it stands as an unparalleled addition to any serious mineral collection.
