Difference between revisions of "Cryocubes"

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(New page: Cryocubes are built with a liquid core of Neon gas that, when activated on its highest setting, is capable of lowering surrounding temperatures far below the freezing point fast enough to...)
 
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Cryocubes are built with a liquid core of Neon gas that, when activated on its highest setting, is capable of lowering surrounding temperatures far below the freezing point fast enough to flash-freeze even solid materials. Cryocubes are built with iridium shielding to prevent the escape of the ultraviolet radiation that is a by-product of the Neon activation process, and they also possess redundant self-destruct mechanisms that prevent both the loss of Gallic Metals' most profitable trade secret, and also prevent a cryocube from ever being serviced. The industrial and commercial advantages for storage and transport of decayable commodities, as well as the potential for large-scale air cooling of industrial facilities far outweighs the replacement cost of cryocubes, making them the first choice for large-scale cooling and freezing applications.
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[[Image:Cryocubes.jpg|frame|right|Cryocubes]]
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Cryocubes are built with a liquid core of [[Neon]] gas that, when activated on its highest setting, is capable of lowering surrounding temperatures far below the freezing point fast enough to flash-freeze even solid materials. Cryocubes are built with iridium shielding to prevent the escape of the ultraviolet radiation that is a by-product of the Neon activation process, and they also possess redundant self-destruct mechanisms that prevent both the loss of [[Gallic Metal Service|Gallic Metals']] most profitable trade secret, and also prevent a cryocube from ever being serviced. The industrial and commercial advantages for storage and transport of decayable commodities, as well as the potential for large-scale air cooling of industrial facilities far outweighs the replacement cost of cryocubes, making them the first choice for large-scale cooling and freezing applications.
  
 
==Availability==
 
==Availability==
*[[Burgundy]]
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{| class="wikitable collapsible collapsed"
 
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!Spoiler: Buying Locations
[[Category: Commodities]]
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|-
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{| class="wikitable sortable"
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|-
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! !!Price!!Base!!Owner!!System!!Location
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|-
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|[[Image:BCyellow.jpg]]||$1,317||[[Lodeve Space Port]]||[[Junkers]]||[[Languedoc]]||[[Gallia]]
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|-
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|[[Image:BCgreen.jpg]]||$553||[[Bourbon Base]]||[[Unione Corse]]||[[Burgundy]]||[[Gallia]]
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|-
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|[[Image:BCgreen.jpg]]||$505||[[Alesia Station]]||[[Gallic Metal Service]]||[[Burgundy]]||[[Gallia]]
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|-
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|[[Image:BCred.jpg]]||$3,635||[[Planet Erie]]||[[Liberty Police, Inc.]]||[[Pennsylvania]]||[[Liberty]]
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|-
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|[[Image:BCred.jpg]]||$4,021||[[Saint Paul Base]]||[[Universal Shipping]]||[[Minnesota]]||[[Liberty]]
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|-
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|[[Image:BCred.jpg]]||$3,427||[[Planet Stuttgart]]||[[Rheinland Federal Police]]||[[Stuttgart]]||[[Rheinland]]
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|}
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|}
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[[Category:Commodities]] [[Category:V485]]

Revision as of 17:07, 23 September 2009

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Cryocubes

Cryocubes are built with a liquid core of Neon gas that, when activated on its highest setting, is capable of lowering surrounding temperatures far below the freezing point fast enough to flash-freeze even solid materials. Cryocubes are built with iridium shielding to prevent the escape of the ultraviolet radiation that is a by-product of the Neon activation process, and they also possess redundant self-destruct mechanisms that prevent both the loss of Gallic Metals' most profitable trade secret, and also prevent a cryocube from ever being serviced. The industrial and commercial advantages for storage and transport of decayable commodities, as well as the potential for large-scale air cooling of industrial facilities far outweighs the replacement cost of cryocubes, making them the first choice for large-scale cooling and freezing applications.

Availability