how long are the icicle's - especially the longest drop?
49205
3 lights are 12" long... 5 lights are 16" long and 7 lights are 26" longs...They are truly beautiful... I have some inside the home as well and they give off a soft black light effect... Hope this helps... ;)
49206
Just measured them at 28", 19", and 12" fully extended. The icicle's alternate between those lengths.
1901295
I would say about an hour although I wouldn't ice anything for that long consecutively. It freezes pretty quickly also. We love these and use them all the time.
1051210
Roughly 15". They are awesome. Quick fix for Midwest frost surprises ( or snow:( as it seems)!
2135815
I also noticed the ice melting sooner than I thought it would. Since they are large, I thought they would stay much longer than regular ice. I am not sure where I saw it, but the supplier had some tips on how to keep the ice frozen longer...I will look and see if I can find where that was. Maybe if you contact the supplier - maybe reply to an email they might send...they might be able to get you this info faster...just a thought.
1626820
I'm sorry, but I don't know. I buy the 90 drop size and it lasts quite a while.
296851
Seems like about 30 minutes and it is pretty cold again. To really get it frozen more like a couple hours
1461375
Just to give you some perspective, the longest cloud is about 11.5" and the smallest 4". To do a whole room you may need 2 or most likely 3 sets.
649637
I'm not sure but I used it starting at 5pm on a very warm evening and there was still some ice in it the next morning. It kept the drinks really cool and everyone loved it and wanted one! :)
1215420
2 - 3 inches. I can verify today if you want. Unit works very well, second year in use. Cold here already, never freezes.
547386
http://polarbottle.com/Click FAQS link for the following info:The Polar Bottle Thermaluxe™ performs the best for hot liquids. According to our tests, in a standard mug, water at a rolling boil (201°F) at 5,430 feet above sea level will drop to a temperature of 118°F in about a half an hour. In the Thermaluxe™, on the other hand, the water took five and half hours to drop to 116°F - an impressive 11 times longer than a standard mug.Hope this helps.Cheers!
1856049
20-30 minutes tops. The stickers are the longest part. Easily double Christmas night.
1641414
I can't answer about a chart and I'm commenting as a buyer/user, It is the best for keeping my cold drinks cold with ice lasting for sure all day and well into the nite if the cap is in place, the screw in cap. I'd say 15 to 18 hrs, I've never actually timed it. The ice is the ice from my freezer. I take it to work so I'm in a temp regulated building. Last way less time if I leave it in a hot car on a hot day. I have no idea about a hot beverage, did not try it.
2261654
I have these - and they are the one's sculpted for a 'realistic' icicle look, and in my opinion they trickle slow.
398063
It didnt take long to defrost. I did a trial run with this product. I placed it in a foil thermal wrap with a frozen ice container. Didnt last long, but my ice container was still frozen
612152
It would be tedious but I'd consider making the distance between each icicle a little shorter by looping the wire. You'd want to use something non-conductive to hold the loops, though, like white silk tape or similar. I bought these last year & pulled them out this year, they still work perfectly.
1581052
Four days at the most. It's packaging did not have an ice pack to keep it climate controlled. (might have been different for others) It does have a label that indicates perishable. (I live in Chicago, but it only took 3 days I believe)
227948
Do not know the longest length, but 99% sure you cannot add to it. End is sealed. Heating wire is a wire made with resistance, ohms. The resistance value is rated to match the voltage used with wire. So each designed length is almost "custom made". By adding more wire to a properly designed length, you would lower the voltage applied to each "foot of wire used". Heat is generated by the voltage being used up by going through the resistance of the wire, simple put it is friction developing the heat. Adding to wire length would lower the heat developed, and likely not warm up anything enough to melt. As an added fact, one btu of heat is needed to raise one degree water temperture, until the setpoint of boiling or freezing. Freezing needs 450 btu's at 32 f to melt back to water, or remove to make ice. So heat design factor is calculated with this voltage per wire length to create "x" amount of heat per foot. Hope I did not confuse you much. Just try to explain a reason why, or why not also.