Apollo PEX A Vs. Uponor: In-depth Differences And Features

Have you wondered why people are playing with the idea of using PEX now? 

Because they are more convenient than copper ones. With my Apollo PEX A vs. Uponor review, you will get a clear idea about the two best PEX pipes available in stores. 

I will shed light on the features and differences between these two PEX A pipes. You can eventually decide the best one for your house with a comparative review. 

Keep reading to find out. 

A Quick Comparison Table

A quick comparison table will help you understand the differences between these two pipes, especially if you are in a hurry. 

Both Apollo PEX A and Uponor are the same product manufactured by two different companies. They are used for the same purposes and are often compared because of their higher quality and benefits. 

So, let’s glance at the quick comparison table between Apollo PEX A vs. Uponor. 

AspectsApollo PEX AUponor PEX A
Special FeatureShape Memory InherentLow-Pressure Loss and Corrosion Resistant
BenefitRequires Fewer JointsHydronic Heating and Cooling Applications
Maximum Pressure and Temperature160 PSI at 73.4° F160 PSI at 73° F
Pipe SizeVarious SizeVarious Size

Key Differences Between Apollo PEX A Vs. Uponor 

Uponor Pipe System

To begin with, I would like to give a general idea about these pipes. You gathered some knowledge about their differences, but now it’s time to dive deeper. 

Apollo PEX A is an alternative to copper tubes for water circulation in houses with the high-pressure peroxide cross-linking method. It is made from cross-linked polyethylene. 

Uponor PEX A pipe represents a flexible plumbing system made from durable cross-linked polyethylene. Apart from the domestic hot and cold water circulation system, you can also use it for the AquaSAFE residential fire safety system. 

Let’s dig a little deeper. 

  • Features 

Being an expansion pipe, Apollo PEX A is compatible with the crimp, clamp, or sleeve method for joining pipes. Because of the inherent shape memory, it shrinks the expanded pipes, creating a solid, durable, and reliable bond. 

Besides, you can also use it with brass and poly alloy crimp fitting. 

By offering a unique quick and easy joining technology, Uponor PEX A pipes can be used with various compression fittings. High-performance PPSU and threaded brass fittings are some examples. 

Being corrosion resistant and low-pressure loss Uponor AquaPEX tubing for drinking water holds one of the highest industry standards. 

  • Benefits 

Apollo PEX A pipe is expandable and allows for full flow. Being super flexible requires fewer joints, reducing leak points in the process. 

Interestingly, it offers less memory for coil pipes than traditional PEX A pipes while resisting the urge to remain coiled.  

Uponor, on the other hand, is suitable for hydronic and cooling application use. You can use them for circulating hot and cold water in your house. Most importantly, it does not contain any ferrous corrodible elements. 

  • Usage 
guy holding Apollo PEX A

Both Apollo and Uponor PEX A pipes are primarily used for circulating water in the house.

You will find both pipes offering some extra benefits as well. 

You can install Apollo PEX A pipe in concrete, sand, under wooden floors, asphalt, behind plaster or wallboard, and gypsum-based lightweight concrete. 

On the contrary, Uponor PEX A pipe can be used as PEX A plumbing systems, radiant heating and cooling systems, and hydronic piping system.

Apart from these, you can also use this expansion pipe for AquaSAFE fire safety systems. 

  • Maximum Pressure and Temperature 

Max pressure and temperature require your critical attention being crucial elements for choosing a PEX pipe. Apollo PEX A offers 160 PSI at 73.4° F, 100 PSI at 180° F, and 80 PSI at 200° F. Its design factor is 0.05. 

In contrast, you will get 160 PSI from 73° F, 100 PSI from 180° F, and 80 PSI from 200° F. As we can see, both Apollo and Uponor PEX A pipes provide similar pressure at a specific temperature. 

  • Available Pipe Size

Pipe size becomes a determinant factor for a lot of people. Having multiple options gives buyers the freedom to choose based on their requirements. 

Apollo PEX A pipe is available in stick and coil. Sticks come with ½ inch, ¾ inch, and 1-inch pipe openings at 5 feet, 10 feet, and 20 feet in length. 

On the other hand, while Uponor offers both straight and coil pipes, the size of the straight pipes is from ½ inch to 3 inches in 20 feet lengths. The coil offers ¼ inches to 3 inches in various coil lengths. 

Which PEX A Pipe Is Best For You?

Apollo PEX A

I hope you have already decided on a suitable pipe for your house. As I have drawn everything in detail, it shouldn’t be hard after all. But if you are still confused, I’m here to help. 

I would suggest you buy Uponor PEX A pipe. It is not just a plumbing pipe; the manufacturer has designed it to circulate hot and cold water. Besides, you can use it as your fire safety system. 

Frequently Asked Questions (FAQ) 

Is Uponor PEX the same as Apollo?

Uponor PEX and Apollo PEX are the same product offering similar usage and somewhat similar features. But two different companies manufacture them. 

Is Apollo PEX A compatible with Uponor?

You can use Apollo PEX A pipe with Uponor PEX A pipe. Just make sure that both pipes are the same size. 

Who makes Apollo PEX A?

Apollo PEX A is an expandable plumbing pipe. It is owned by Aalberts Industries Company, a specialized plumbing equipment manufacturer. 

What is the difference between Uponor PEX and PEX A?

Uponor makes 3 types of PEX tubes. PEX A, PEX B, and PEX C. PEX is the general high-quality plastic pipe, while PEX A is its highest flexible variant. 


You will find yourself with a never-ending battle if you fail to install a suitable pipe for water circulation at your home. There is little chance you can do it without knowing the facts. I’m glad to tell you the details on Apollo PEX A vs. Uponor. 

Now you can confidently choose the suitable pipe and live happily ever after. 

Ralph Wade

Hey...Ralph is here! So, did you find this article useful? If so, please leave a comment and let me know. If not, please tell me how I can improve this article. Your feedback is always appreciated. Take love :)

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