Welcome! Here are the website rules, as well as some tips for using this forum.
Need to contact us? Visit https://heatinghelp.com/contact-us/.
Click here to Find a Contractor in your area.

Ice in a container

Does ice keep expanding as it get colder, or does it reach a point at ? deg and remains the same demenstions? I have a water tank that I didn't get emptied before this hard freeze. I've broken the ice on top and scooped it out along with most of the water. But, there is 6" thick ice on the sides, and I don't want the ice to buckle the sides the bottom might have an inch or so, I don't think that will hurt the bottom but, I'm not sure. Any answers would be kindly appreciated Thank,s and Everyone have a great Christmas Day and a Happy and prosper New Year.

Welcome

It looks like you're new here. Sign in or register to get started.

Comments

  • hot_rod
    hot_rod Member Posts: 23,991
    Dump some salt in it
    Bob "hot rod" Rohr
    trainer for Caleffi NA
    Living the hydronic dream
  • HomerJSmith
    HomerJSmith Member Posts: 2,635
    It can only expand so far. Ice like water expands in the direction of least resistance.
  • Jamie Hall
    Jamie Hall Member Posts: 25,365
    If you've taken the still liquid water out, you should be OK. No guarantee -- but should be.

    A more complete answer to the question -- water has its maximum density at 4 Celsius, and gets less dense (expands) both below and above that. Ice has significantly less density that liquid water at any temperature (why an iceberg floats!) but has its maximum density at freezing.
    Br. Jamie, osb
    Building superintendent/caretaker, 7200 sq. ft. historic house museum with dependencies in New England
  • SlowYourRoll
    SlowYourRoll Member Posts: 187
    edited December 2022
    ice actually gets more dense the colder it gets. once the H2O molecules lock into their lattice as a solid, their intermolecular spacing is basically just a function of heat, with higher temps being more energy and greater intermolecular actions against each other. you know how everything "stops" at absolute zero? that also means zero intermolecular force, hence greatest density.

    https://www.engineeringtoolbox.com/ice-thermal-properties-d_576.html

Welcome

It looks like you're new here. Sign in or register to get started.

Welcome

It looks like you're new here. Sign in or register to get started.