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CO2 is in liquid form when compressed, and gas when it expands. When firing rapidly, CO2 might not expand fast enough (depends on the ambient temperature, tank setup, marker setup and position of the tank), so liquid CO2 could enter the marker and damage some internals like the o-rings by freezing them (liquid CO2 is at about -60 degrees centigrade).
This can be avoided by either having good knowledge of CO2 management and a proper marker and tank setup (if the marker is designed for use with CO2 anyway, some aren't) or high pressure air (or nitrogen) which remains gaseous under pressure.
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Quote:
Originally Posted by Stevieb
CO2 especially because co2 is a corrosive.
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Last edited by 2.0 : May 2nd at 08:19 AM.
Reason: duh... nitogren
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