• Parkinsonite in Mendipite
  • Parkinsonite in Mendipite
  • Parkinsonite in Mendipite
  • Parkinsonite in Mendipite
Gallery

Parkinsonite in Mendipite

$700.00   €629  £530.00 approx.  

This specimen is priced in US dollars, all other prices are approximate.

ID: CC10493

The rare suite of oxy-chloride minerals from the famous Torr Works quarry in Somerset, England is highly sought after and Parkinsonite is one of the rarest species found here.  This quarry is known more commonly amongst mineral collectors as Merehead quarry, but this is incorrect.  A large thumbnail specimen, a matrix of sooty-black Pyrolusite contains a patch of 14 x 8 mm patch of lustrous, silky pale pink Mendipite, a lead oxy-chloride.  Over this, in three very small, sub-millimetre patches, pale pink Parkinsonite grow as very minute crystals.   Under magnification of between 25x to 30x, these crystals, although still micro, are seen to be the post-box red (bright scarlet) associated with the very rare lead-molybdenum oxy-chloride Parkinsonite.  The species is named for the British collector and dealer, Reginald F.D. Parkinson.

Details

Dimensions
3.3 × 2.5 × 2.0 cm
Categories
Fluorite and Halides
Locality
Torr Works Quarry, Cranmore, Somerset, England, Europe

Minerals on Specimen

Minerals on specimen
Mendipite, Parkinsonite

Related Mineral Specimens

Chloroxiphite
$350
 Torr Works Quarry, Cranmore, Somerset, England, Europe
Embedded bladed crystals of pistachio green rare Chloroxiphite with blue Diaboleite are seen...
Crednerite with Hydrocerussite and Malachite
$450
 Torr Works Quarry, Cranmore, Somerset, England, Europe
Rare metallic black platy cleavages of Crednerite measuring to around 1cm are largely associated...
Hydrocerussite with Crednerite and Malachite
$400
 Torr Works Quarry, Cranmore, Somerset, England, Europe
Quite blocky crystals of Hydrocerussite display a platy stepped pyramidal habit measuring to...
Crednerite
$3,000
 Torr Works Quarry, Cranmore, Somerset, England, Europe
This specimen of Crednerite, a rare copper-manganese oxide, was found in the manganese pods within...