False clues it would appear'
(in part) 
Well, the temperature of space is, at its coldest, just the  temperature of the leftover glow from the Big Bang.  This radiation,  known as the 
Cosmic  Microwave Background, bathes the entire Universe in a temperature  of only 2.7 Kelvin.  That's less than 3 degrees above absolute zero, or  -455 degrees Fahrenheit!  But there's also -- literally -- no pressure  in space.  So, what happens?  Who wins?  Does the water freeze or boil? 
Oddly enough, the answer is 
first one, and 
then the  other!  It turns out that having a pressure vacuum will cause the  water to boil almost instantly.  In other words, the effect of boiling  is much, much faster than the effect of freezing. 
But the story doesn't end there.  Once the water has boiled, we  now have some isolated water molecules in a gaseous state, but a very,  very cold environment!  These tiny water vapor droplets now immediately  freeze (or, technically, 
desublimate),  and become ice crystals. 
Water in Space: What Happens? : Starts With A Bang
When are you people ever going to give the right answer to anything? lol