I wished to know the composition of Arizona 1gal plastic jugs that I have. The bottom is stamped PP COMPATIBLE and has a #7 OTHER RIC code.

I understand PP recyclable would be #5 triangle. #7 means it doesn't fit in the plastic recyclable categories 1-6.

They're great bottles and would be nice to reuse for water storage and so forth. Therefore the inner layer composition, safety and leaching become my concern.

It feels and looks like PP, so my guess is it's #7 because of the (polystyrene?) label that is glued right on.

On 1/13/2020, I wrote to hello@drinkarizona.com, which was the inquiry address given at their Contact Us webpage. Below is the letter

Can you tell me the composition of your #7 bottle such as the gallon ice tea comes in? Your FAQ page seems to imply it's a special grade of PP, at least in part..
I am most concerned what is the inner layer, what is its composition, and whether there are added plasticizers such as BPA and BPS.
Thank you,

As of 2/10/2020 I have received no reply.

I do not have a photo of the Arizona bottom handy, but here is a pic of another bottle, this one a 6oz. juice bottle, which is also #7 OTHER and has the same "G" in rectangle logo that appears on the Arizona bottle. Searching this emblem and major bottle manufacturers I was unable to identify the maker and inquire that way.


Update: Here are pics of an Arizona 1g jug: Ariz 1g front Ariz 1g bottom

What are Arizona plastic gallon jugs made of?

  • $\begingroup$ If they were designed for ice tea - for human consumption then storing water should be fine. $\endgroup$
    – Solar Mike
    Jan 15 '21 at 10:42
  • $\begingroup$ So were polycarbonate bottles. And Tritan that's proprietary looks like just a polyc variant. So were lead pewter steins $\endgroup$ Jan 17 '21 at 1:00
  • $\begingroup$ The food handling regulations were not around when the romans used lead water pipes... now I see why no one else even wasted time commenting. $\endgroup$
    – Solar Mike
    Jan 17 '21 at 1:09

Many times manufacturers make bottles from coextrusions of plastics (see... coextrusion blowmolding). Think of blowing a bubble with two or more thin layers of virgin material (without mixing the materials) so the materials lie against each other without air between them. The bubble is the region that will contain the product (when they inflate the bubble interior which is placed into the bottle forming cavity). That is, they select a combination of materials that provide the barrier properties they desire. A layer of Saran (EVOH) is a good oxygen barrier (unless it becomes wet) while PCTFE is a good water barrier. Look at an old plastic ketchup bottle (tomato sauce) and you may see a bubble in the layers. this is a delamination and air has diffused in between the layers and the change of refractive properties makes it visible. This mix of layers (different materials) makes it a non-recyclable 7.

Take a plastic water bottle. Step on it and bend it multiple times. You may see delamination taking place. Look for Newton's Rings. Bands of faintly visible rainblow in the material in places. Separation of layer materials reflects different frequencies of light determined by the separation distance between the layers.

Also, by having virgin material against the product and recycled material in middle or outer layers, they can claim that they are using recycled materials in their container.


How about performing a plastic burn test. Plenty of information out there if you search.

Here's one guide on performing the burn test:


Or keep bugging Arizona until they respond


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