Forging Materials are a category of Items in Wo Long: Fallen Dynasty. Forging Materials are used by the Blacksmith to forge and/or upgrade Weapons, Armor and other equipment. These items can be obtained in various ways, including as loot from defeated Enemies and Bosses, purchased from certain NPCs, found in chests and containers or on the ground throughout missions, and obtained as a reward for completing quests and other objectives. This page covers all Forging Materials that can be acquired in the game as well as their usage details and how to obtain them.
Items by Category:
All Forging Materials in Wo Long: Fallen Dynasty
Forging Materials Gallery
Forging Materials Table
Wo Long: Fallen Dynasty Forging Materials Gallery
Wo Long: Fallen Dynasty Forging Materials Comparison Table
Quick Search of All Forging Materials in Wo Long: Fallen Dynasty:
Name |
Description |
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These fragments result during the production of various jewels. According to folklore, gemstones have beneficial effects that they grant their owners. Wealthy warriors and genera's would therefore embed them in their equipment to gain advantages on the battlefield. |
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This is the lowest quality leather within the nine-rank system. The hide of a large herbivore has been tanned to give it a balance of hardness and flexibility suitable for use as armor lining. Leather's quality can vary greatly based on the condition of the hide and the components such as water and wax used in the tanning process. |
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This is the second-lowest quality leather within the nine-rank system. The hide of a large herbivore has been tanned to give it a balance of hardness and flexibility suitable for use as armor lining. Leather's quality can vary greatly based on the condition of the hide and the components such as water and wax used in the tanning process. |
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This is the third-lowest quality leather within the nine-rank system. The hide of a large herbivore has been tanned to give it a balance of hardness and flexibility suitable for use as armor lining. Leather's quality can vary greatly based on the condition of the hide and the components such as water and wax used in the tanning process. |
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This is the fourth-lowest quality leather within the nine-rank system. The hide of a large herbivore has been tanned to give it a balance of hardness and flexibility suitable for use as armor lining. Leather's quality can vary greatly based on the condition of the hide and the components such as water and wax used in the tanning process. |
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This is the middle-ranking quality leather within the nine-rank system. The hide of a large herbivore has been tanned to give it a balance of hardness and flexibility suitable for use as armor lining. Leather's quality can vary greatly based on the condition of the hide and the components such as water and wax used in the tanning process. |
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This is the fourth-highest quality leather within the nine-rank system. The hide of a large herbivore has been tanned to give it a balance of hardness and flexibility suitable for use as armor lining. Leather's quality can vary greatly based on the condition of the hide and the components such as water and wax used in the tanning process. |
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This is the third-highest quality leather within the nine-rank system. The hide of a large herbivore has been tanned to give it a balance of hardness and flexibility suitable for use as armor lining. Leather's quality can vary greatly based on the condition of the hide and the components such as water and wax used in the tanning process. |
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This is the second-highest quality leather within the nine-rank system. The hide of a large herbivore has been tanned to give it a balance of hardness and flexibility suitable for use as armor lining. Leather's quality can vary greatly based on the condition of the hide and the components such as water and wax used in the tanning process. |
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This is the highest quality leather within the nine-rank system. The hide of a large herbivore has been tanned to give it a balance of hardness and flexibility suitable for use as armor lining. Leather's quality can vary greatly based on the condition of the hide and the components such as water and wax used in the tanning process. |
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This is the lowest quality steel within the nine-rank system. Iron ore is superheated to refine it into wrought iron, and this is then strengthened through repeated applications of charcoal fire to create this tempered steel. Steel's quality can vary greatly based on the alloy components, carbon level, quenching, and number of temperings. |
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This is the second-lowest quality steel. within the nine-rank system. Iron ore is superheated to refine it into wrought iron, and this is then strengthened through repeated applications of charcoal fire to create this tempered steel. Steel's quality can vary greatly based on the alloy components, carbon level, quenching, and number of temperings. |
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This is the third-lowest quality steel. within the nine-rank system. Iron ore is superheated to refine it into wrought iron, and this is then strengthened through repeated applications of charcoal fire to create this tempered steel. Steel's quality can vary greatly based on the alloy components, carbon level, quenching, and number of temperings. |
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This is the fourth-lowest quality steel within the nine-rank system. Iron ore is superheated to refine it into wrought iron, and this is then strengthened through repeated applications of charcoal fire to create this tempered steel. Steel's quality can vary greatly based on the alloy components, carbon level, quenching, and number of temperings. |
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This is the middle-ranking quality steel within the nine-rank system. Iron ore is superheated to refine it into wrought iron, and this is then strengthened through repeated applications of charcoal fire to create this tempered steel.. Steel's quality can vary greatly based on the alloy components, carbon level, quenching, and number of temperings. |
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This is the fourth-highest quality steel within the nine-rank system. Iron ore is superheated to refine it into wrought iron, and this is then strengthened through repeated applications of charcoal fire to create this tempered steel. Steel's quality can vary greatly based on the alloy components, carbon level, quenching, and number of temperings. |
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This is the third-highest quality steel within the nine-rank system. Iron ore is superheated to refine it into wrought iron, and this is then strengthened through repeated applications of charcoal fire to create this tempered steel.. Steel's quality can vary greatly based on the alloy-components, carbon level, quenching, and number of temperings. |
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This is the second-highest quality steel within the nine-rank system. Iron ore is superheated to refine it into wrought iron, and this is then strengthened through repeated applications of charcoal fire to create this tempered steel.. Steel's quality can vary greatly based on the alloy components, carbon level, quenching, and number of temperings. |
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This is the highest quality steel within the nine-rank system. Iron ore is superheated to refine it into wrought iron, and this is then strengthened through repeated applications of charcoal fire to create this tempered steel. Steel's quality can vary greatly based on the alloy components, carbon level, quenching, and number of temperings. |
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Cold-Forged steel and Jiao Leather got added as part of the new DLC
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