Prismastones (Per-iz-mah-stoh-nn-ss)
Properties
Material Characteristics
Once harvested, cut and polished, Prismastones appear as a hard, clear stone which refracts light into rainbow patterns.
Physical & Chemical Properties
Prismastones expertly refract light and are able to hold and expel light equal to what is directed into it without losing any brightness. Prismastones are also incredibly dense and heavy, they make excellent paperweights or jewelry features.
Geology & Geography
Prismastone ore can be found deep within the plant's crust throughout the wastelands of Gusharia on the continent of Ankrtoth. Prismastones only form under great tectonic pressure and/or heat discharges underground.
Origin & Source
Prismastone deposits can be utilized to harvest raw materials which an be refined for practical use.
History & Usage
History
Although rare due to the particular methods required for harvesting from a small area of the continent, Prismastones have not been widely sought out. Crystal enthusiasts seek out these stones for their various believed properties however, other than for this specific reason, Prismastones do not have much application past ornamentation or decoration. Wealthy families are certain to have family heirlooms adorned with the stone but they are not widely recognized as a particularly necessary material.
Everyday use
Decoration such as in chandeliers or stained glass murals. Jewelry ornamentation such as Crowns, tiaras, rings, earrings and necklaces.
Distribution
Trade & Market
Prismastones are harvested from the wastes of Gusharia by Waste Riderslocated primarily in Eastdust Havenutilizing their individually crafted And modifiedDigging On-land Observation and Killing Instruments. They are then transported or traded to other settlements or civilizations for profit.
Law & Regulation
Waste Riders are very hostile to anyone that attempts to harvest and distribute their primary export and thus regulate this heavily.
Value
1,000 GP
Rarity
Rare
Odor
Odorless
Taste
Salty
Color
Clear with Rainbow Prism Refraction
Melting / Freezing Point
Pressure Dependent
Density
3.5–3.53 g/cm3
Common State
Solid
Related Locations
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