Quartz Crystal Cluster

42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5


42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5
42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5
42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5
42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5
42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5
42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5
42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5
42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5
42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5
42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5
42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5
42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5

42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5    42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5
Weight: 42.6 lb (19.35 kg). Under Natural light (in most cases).

We do our best to get a true representation of our stones. Sometimes there might be a little bit variations in color because of enlarging the photo, or because of different settings on individual monitors.

Your complete satisfaction is always our goal! Thank you very much for your business and happy shopping! The item "42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5" is in sale since Friday, April 6, 2018. This item is in the category "Collectibles\Rocks, Fossils & Minerals\Crystals & Mineral Specimens\Crystals".

The seller is "supercrystals" and is located in Lianyungang, Jiangsu. This item can be shipped worldwide.

  1. Featured Refinements: Quartz Crystal Cluster


42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5    42 lb 20 Natural Beautiful Large Rock Crystal Quartz Cluster Specimen FR5