Material Name and Description (Raw Form)
Used primarily as one of the primary alloying elements in the creation of Qalashi Steel, Kadarsi Ore is a somewhat uncommon element. Typically found in the basis of Alluvial fans of desert climates, Qualashi ore is found beneath the initial sediment and ground-clutter in small patches. Appearing as a dark, opaque crystal, Kadarsi Ore runs like rivers through sandstone as opposed to forming in typical crystalline formations.
Applications (Raw Form)
Due to the relatively weak nature of the material, Kadarsi Ore tends to have very few applications outside of a decorative nature. Its one true use comes from its usefulness in the alloying process that results is Qalashi Steel.
Red Lines (Raw Form)
- The raw form of the material has the weaknesses that any natural crystal does in that it is generally weak and breaks on direct forceful contact.
- The crystal very dully reflects light and allows light to pass through it in the same fashion as light interacts with murky water.
Harvesting Method
Due to the naturally crystalline nature of the material, directly striking against the material damages the material and makes it more or less useless in the alloying process. To successfully exhume the ore from its stone holding, the stone around it must be carefully chipped away from the crystal’s surface. While some fragments of the stone may be allowed to remain going into the alloying process, they would account for a factor of impurity in the process and lower the strength of the resulting material so the complete removal of the stone is necessary.
Material Name and Description (Refined Form)
Qalashi Steel, the result of alloying Kadarsi Ore and ferrum, presents itself as having a wavy, gray appearance. With an appearance very much like that of damascus steel in the wavy patterns of silver and grey. When struck with great force, rather than shattering or breaking as steel would, Kadarsi steel would merely bend. The bending permanent, until repaired by a proper smith- making them popular among such as they are easily repaired.
Red Lines (Refined Form)
- Qalashi Steel itself is not particularly stronger than basic steel in terms of breakage but maintains better deformation qualities that allow for easier repair and reforging when necessary
- The alloying of Kadarsi Ore with anything other than ferrum greatly diminishes the properties of the originating material but provides steel-like properties in doing so. Meaning, keeping ‘steel’ level quality at maximum, the blade would behave with the properties of Qualashi steel.
- In alloying Kadarsi with aurum, the blade would keep the property of breakage and weakness of aurum, but would bend rather than breaking entirely- however- if attempted to alloy Kadarsi ore, aurum, and another metal, the effects of Aurum would be entirely lost.
-Qualashi steel when bent (broken) is recognized as being unusable and impractical, and inferior to all other blades.
Refining Technique
The technique for making Qalashi Steel is not like that of typical alloy forging. By using a forging method called pattern welding, the forming of a blade of several metal pieces of differing composition that are forge-welded together, twisted, and folded over one another to form patterns, the steel is slowly hardened. While the process of pattern welding is typically a long one to begin with, the care that must be taken when folding the Kadarsi into the material is itself a slow process. As a result of the extended smithing time, blades or other products made through this method are typically very time-consuming with little payout in terms of improved material qualities other than the odd flowing water type pattern and unique breaking property.
Using the forging process of the alloyed material, the following would be a step-by-step on the post-shaping effects upon how to achieve the proper alloy.
-With bevel-ended plates, the Qualashi steel would be brought together under flame of forge to ~1300F, presenting a dull-rosed colour.
-Applying flux to the non-beveled centre of the steel, would enhance and raise the heat significantly to that of the thinner edges. The flux may bubble, and such indicates that the impurities are gone, if such were present.
-The colour must be even all throughout the steel, and means that the blade is prepared to be pattern-welded, otherwise requiring near complete even heating all throughout to consider manipulation.
-Drawing the steel then, and hammering to half of it’s original thickness while dulling to orange-hot. However, excessive hammering or heating will results in cracks or impurities in the design of the blade, not affecting physical properties but impurifying aesthetics.
-Finally, the metal is folded and cut with repeated fluxing, drawn out thinner and thinner while still extremely hot, creating a natural wood-grain effect,. This effect may be intensified with the addition of polish or proper grinding, but as default, the blade after creation would bear the famous damascus-pattern alongside a sharpened edge.
Purpose (OOC)
Qualashi steel is a piece of lore that has potential but has gone to the wayside both as a forgotten and unused metal, and with this write and some small additions will hopefully see revival and more widespread useage. (Written by Josh3738, edited by Squak). Part of an ongoing materials project, a thanks to Riftblade (Ulmo), Elrith, and Josh for working on the project and in part this piece.
Citation
Original Lore:
Criticism is of course always welcome so long as it is constructive. As a small update, The Materials Project has gone through a lot of ups and downs with members frequently coming and going, but Riftblade and Myself have made excellent progress and are looking to get things regularly going again- expect a post from him sometime soon of more lore he has written.
Have a splendid day