[Ahmedgee]

I want to lay copper pipes on the door of a deep freezer and connect it to the evaporator as extension.
The door is to be open and close frequently.
How can I link the copper on the door to the evaporator?
What type of pipe should I use to link the pipe on the door to the evaporator? The pipe that can withstand freezing temperatures and frequent "bend and stretch" without cracking/breaking?

 

[pecmsg]

W H A T?

 

[VTP99]

Vibration eliminator but still that's just crazy talk.

 

[lytning]

W H A T?

exactly.

 

[Snapperhead]

What pipe can withstand freezing temperatures and frequent "bend and stretch" without cracking/breaking?

lets see, the metal will be about -20 degrees F , when you figure out a metal that can bend and stretch at those temps , sell the idea , you will be a rich man

 

[rider77]

I have no idea what problem your attempting to solve, or create, with that idea.

 

[timebuilder]

He’s trying to make up for the door being open so much.......

 

[VTP99]

It must have been a Guru moment.

 

[Ahmedgee]

Timebuilder U get me right sir. Pls if I can't get metal pipe for the job, can I get a plastic tube/pipe as alternative?
Thanks.

 

[lytning]

Try stainless steel tubing

 

[Ahmedgee]

Lytning, Plz can stainless steel tube withstand frequent 'bend and stretch" to support frequent opening and closing of the door?
And most importantly, even when freeze?

 

[pecmsg]

Lytning, Plz can stainless steel tube withstand frequent 'bend and stretch" to support frequent opening and closing of the door?
And most importantly, even when freeze?

Im still really confused...…………

Why does the tubing need to move with the door?

 

[Ahmedgee]

There's no way the door of the deep freezer can open without the connecting tube moving.

 

[Ahmedgee]

It's a deep freezer, evaporator in the inner sides of the deep freezer extend to the inner side of the door (roof). A connector (tube) connects the evaporators (both the inside and the roof (door)) and to be located towards the hinges side of the door. The connector will bend and stretch anytime the door is opened and closed.
Question: what type of material can be used as connector in this case?
Note: the material must be capable of"bending and stretching" even at freezing point.
Thanks.

 

[Ahmedgee]

It's a deep freezer, evaporator in the inner sides of the deep freezer extend to the inner side of the door (roof). A connector (tube) connects the evaporators (both the inside and the roof (door)) and to be located towards the hinges side of the door. The connector will bend and stretch anytime the door is opened and closed.
Question: what type of material can be used as connector in this case?
Note: the material must be capable of"bending and stretching" even at freezing point.
Thanks.

 

[pecmsg]

It's a deep freezer, evaporator in the inner sides of the deep freezer extend to the inner side of the door (roof). A connector (tube) connects the evaporators (both the inside and the roof (door)) and to be located towards the hinges side of the door. The connector will bend and stretch anytime the door is opened and closed.
Question: what type of material can be used as connector in this case?
Note: the material must be capable of"bending and stretching" even at freezing point.
Thanks.

OK

So the evaporator in mounted to the door that lifts UP to gain access inside!

Never seen one like that and any metal will eventually become brittle from continues bending!

Why cant the evaporator be mounted on a wall instead of the top?

 

[rider77]

Is this a walk in?
How is the roof the door?

 

[Ahmedgee]

rider77, the roof of any deep freezer is the door.

 

[rider77]

So this is a chest freezer?

 

[Ahmedgee]

Yeah. Thanks