Quality Distribution
Quality ranges by extraction role across all systems.
Pure3–7% mass · scale 1
Mid2–5% mass · scale 0.789
Bulk39–83% mass · scale 0.49
02505007501000
StantonPyroNyx
BoraseRare
This highly thermally conductive material is often formed from cosmic ray spallation and is most typically found in younger star systems.
Refines to
Borase
Density
4.5 g/cm³
Scanner RS
3,570
Mining Stats
Difficulty and properties for mining this ore.
Resistance
Medium+0.3
Instability
Stable40
Explosion
Dangerous120
Window
Normal0.5
Cluster
0.4
Mass in Rock
44–95%
Density
4.5 g/cm³
Spawn Locations (6)
Where to find this ore across all star systems.
| Location | System | Mining | Where | Prob |
|---|---|---|---|---|
| HUR L1 | stanton | Ship | asteroid | 18% |
| Pyro Cool Belt 1 | pyro | Ship | asteroid | 18% |
| Bloom (Pyro III) | pyro | Ship | orbit | 18% |
| Pyro IV | pyro | Ship | orbit | 18% |
| Adir (Pyro 5C) | pyro | Ship | orbit | 18% |
| Fuego (Pyro 5E) | pyro | Ship | orbit | 9% |
Cave Mining (0)
Not available for this ore
Biomes
Spawn rate modifiers by biome.
| Location | System | Biome | Rate |
|---|---|---|---|
| Bloom (Pyro III) | pyro | Coastline | 1x |
UEX Prices
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Cluster Info
How many rocks spawn together when found.
Cluster chance100%
RocksDistanceChance
4 rocks1–12m10%
3 rocks1–8m30%
2 rocks1–6m60%
Always spawns in groups of 2–4 rocks.
Companion Ores
Other ores commonly found in the same rocks.
Refinery Bonuses (12)
Yield bonus per station for this ore.
| Station | System | Bonus |
|---|---|---|
| MIC-L5 | stanton | +9% |
| Levski | nyx | +8% |
| ARC-L2 | stanton | +2% |
| Pyro Gateway (Nyx) | nyx | +1% |
| Stanton Gateway (Nyx) | nyx | +1% |
| Checkmate | pyro | +1% |
| Nyx Gateway (Pyro) | pyro | +1% |
| Orbituary | pyro | +1% |
| Ruin | pyro | +1% |
| Stanton Gateway (Pyro) | pyro | +1% |
| HUR-L1 | stanton | +1% |
| MIC-L2 | stanton | -3% |
Rock Types (10)
Asteroid and surface deposit types containing this ore.
Bexalite (Raw)Surface
Borase2–5%
Bexalite3–7%
Bexalite39–83%
Gold2–5%
Inert0–54%
Borase (Ore)Surface
Borase3–7%
Borase39–83%
Bexalite2–5%
Gold2–5%
Inert0–54%
Gold (Ore)Surface
Borase2–5%
Gold3–7%
Gold39–83%
Bexalite2–5%
Inert0–54%
Bexalite (Raw)Surface
Borase2–5%
Bexalite3–7%
Bexalite39–83%
Gold2–5%
Inert0–54%
Borase (Ore)Surface
Borase3–7%
Borase39–83%
Bexalite2–5%
Gold2–5%
Inert0–54%
Gold (Ore)Surface
Borase2–5%
Gold3–7%
Gold39–83%
Bexalite2–5%
Inert0–54%
Shale DepositSurface
Borase100–100%
Inert0–0%
Granite DepositSurface90%
Borase90%30–60%
Iron30–70%
Gold30%20–50%
Quantainium16%20–50%
Taranite10%20–50%
Bexalite10%20–50%
Inert0–0%
Granite DepositSurface90%
Borase90%30–60%
Tin30–70%
Gold30%20–50%
Taranite30%20–50%
Stileron16%20–50%
Bexalite10%20–50%
Riccite8%20–50%
Inert0–0%
Granite DepositSurface70%
Borase70%30–60%
Aluminum30–70%
Gold30%20–50%
Taranite10%20–50%
Bexalite10%20–50%
Quantainium7%20–50%
Inert0–0%