Hetonite Solution
A solution acquired by refining the Cuprium Solution. Can be used to produce other materials.
Basic Info
| Item Type | Material |
|---|---|
| Rarity | ★★★ |
| Stack Limit | 0 |
| Discardable | Yes |
Lore
The Ankhors would attract metallic ions from the depths of the Hongshan Crater Lake to assemble the Aggeloi. These beings would then be subject to various steps of "forging" to achieve better performances. The Tianshi of Wuling have now mastered this process to achieve large-scale metal precipitation.
Production Chain
Sources
Recipe Cuprium Bottle Production
→
Recipe Hetonite Bottle Production
→
Recipe Amethyst Bottle Production
→
Recipe Cryston Bottle Production
→
Recipe Ferrium Bottle Production
→
Recipe Steel Bottle Production
→
Recipe Hetonite Solution Purification
→
Hetonite Solution ×1 Hetonite Solution ★★★ A solution acquired by refining the Cuprium Solution. Can be used to produce other materials. Overview ›
Precipitation Acid ×1 Precipitation Acid ★ Precipitation Acid is capable of dissolving various chemically resistant materials. It has plenty... Overview ›
Hetonite Solution ×1 Hetonite Solution ★★★ A solution acquired by refining the Cuprium Solution. Can be used to produce other materials. Overview ›
Precipitation Acid ×1 Precipitation Acid ★ Precipitation Acid is capable of dissolving various chemically resistant materials. It has plenty... Overview › Used In
Recipe Hetonite Solution (Bottled)
Recipe Hetonite Solution (Bottled)
Recipe Hetonite Solution (Bottled)
Recipe Hetonite Solution (Bottled)
Recipe Hetonite Solution (Bottled)
Recipe Hetonite Solution (Bottled)
Recipe Hetonite Production (Fluid)
Cuprium Bottle (Hetonite Solution) ×1
Cuprium Bottle ×1
Hetonite Bottle (Hetonite Solution) ×1
Hetonite Bottle ×1
Amethyst Bottle (Hetonite Solution) ×1
Amethyst Bottle ×1
Cryston Bottle (Hetonite Solution) ×1
Cryston Bottle ×1
Ferrium Bottle (Hetonite Solution) ×1
Ferrium Bottle ×1
Steel Bottle (Hetonite Solution) ×1
Steel Bottle ×1
Cuprium Solution ×4
Ferrium Powder ×1
Hetonite ×1
Sewage ×1