Supertensile Plastics

Market
StationSellBuy
Jita
Amarr
Rens
Dodixie
Hek
Maila
Basic
 Type ID2312
 PublishedTrue
Volume0.75 m3
Mass0 kg
radius1
 Base Price1 ISK
Cargo
Capacity0 m3
Planetary Interaction
SchematicSupertensile Plastics
Cycle time+ "s"
InputsQuantityVolumeRate
Oxygen40 units7.60 m37.60 m3/h
Biomass40 units7.60 m37.60 m3/h
OutputsQuantityVolumeRate
Supertensile Plastics5 units3.75 m33.75 m3/h
Produced inPlanet type
Lava Advanced Industry FacilityPlanet (Lava)
Plasma Advanced Industry FacilityPlanet (Plasma)
Barren Advanced Industry FacilityPlanet (Barren)
Temperate Advanced Industry FacilityPlanet (Temperate)
Storm Advanced Industry FacilityPlanet (Storm)
Oceanic Advanced Industry FacilityPlanet (Oceanic)
Ice Advanced Industry FacilityPlanet (Ice)
Gas Advanced Industry FacilityPlanet (Gas)
Used in schematicsQuantityVolumeRate
Synthetic Synapses10 units7.50 m37.50 m3/h
Planetary Vehicles10 units7.50 m37.50 m3/h
Data Chips10 units7.50 m37.50 m3/h
Other
 exportTaxMultiplier7,200 %
 importTaxMultiplier7,200 %
Capacity0 m3
Type Info

Description

?Hyperoxidation? was the term given to the process of rapidly fossilizing the carbon structures, readily available in the form of biomass, which forms the basic framework of supertensile plastics. The only amorphous solid known to retain the resilience of other such materials while also adopting conductive properties, supertensile plastic is highly sought after for a wide range of industrial applications.