60 Gallon Vs 30 Gallon Air Compressor: Which One Should You Choose ?

Earlier, people had to starve for the quest of facilities, but now we get into problems with the never-ending options.

Along with blessings, technology has also left behind a great curse: the ever-growing confusion and conflicts among the people about them.

As a part of it, we get to see various debates regarding the topics like which among the 60-gallon compressor and 30-gallon compressor should one buy.

This one over here is serious, and people really mean it. A 60-gallon air compressor is enough to tackle almost all tools and outputs available for home and commercial use.

The 30-gallon compressor can also deal super will all your needs at the indoor and outside at your local hardware shop.

So, the real question always dominates, which one among the two is the best, and here in this guide, we will cover everything related to the same.

What is an Air Compressor?

As you know what the article is about, you should first know the deep roots of the same, which is an air compressor. A compressor is a kind of machine tool or machine present in many electrical types of equipment. That is to say; a compressor is also current inside a fridge and in an AC.

But that’s now what an air compressor is all about. An air compressor is a whole another individual machine that has its working dimension and power. It generally powers up other tools to make them run. So, this machine is more of a catalyst without which many things won’t run for the lack of fueling.

Air compressor works as the fuel in the mean of supplying air pressure. Thus, it can both create high pressure on-air as well as provide them through a pipe system.

The air compressor increases the pressure of a gas or fluid by reducing the air volume remaining in a container. In this way, the pressurized air is lured out of the container through fine holes and thus carried to the desired tools that can be one or many.

That is to say, depending on the model and type of the compressor, a single machine can power up more than one tool simultaneously. Again, the amount of power delivered by the air compressor is mainly calculated in CFM.

Using the tool powered by an air compressor is much towards a versatile option. It is so much cooler to be incorporated. Starting from home usage from really lower-level energy consumption to a higher level power like industrial use, one can use it to a great range of extents.

Use it for your passion, like artistry through pneumatic color painters, using for the nail guns, powering up the blowers, and even using for the refrigerators and ACS.

You can also take it to your career by using the air compressor for all sorts of auto-repairing tools. Any auto-mobile shop makes the best use of an air compressor to do their job in the cheapest yet effective way.

From pumping tires of bikes and cars with low power to even many heavy running hardware tools, the usage of air compressors is unlimited.

Also, one can take it to industrial level usage by the professionally made air compressors. As a result, it is also engaged in manufacturing sectors for serving in the production field.

Difference Between 60 Gallon and 30 Gallon: Which One is Better

Now that you are cleared with the term air compressor, you can step into the world of debates related to various air compressor facts.

One such ever-ending term is the 60 Gallon vs. 30 Gallon air compressor about which people always remain forward to investigate. That is to say, amongst the 60 gallon and 30-gallon air compressors, which one should you choose?

Well, even if you don’t have enough idea about all these things related to the air compressor, you’ll still understand that this question is all about capacity. It further includes the ability of the air compressor tank, to be exact.

And, the most straightforward answer to this question could ever be something dependent on you and your type of demands. But, this represents that the kind of tool you want to power through your air compressor will tell the numbers that you need as the gallon for your compressor.

The ways to calculate all these can easily be incorporated with some critical air compressor related terms, which are the HP, PSI, and the CFM:

HP of the air compressor

HP leads to Horse Power which is applied in machinery number determines the power of that machine.

How much HP your air compressor can produce will also tell the number of gallons it will need. If you run tools that require higher HP, your air compressor will also demand higher gallon requirements.

A 30-gallon air compressor produces an HP of 1.6, enough for home usage and local shops. However, one can also make the work of DIY auto-repairing tasks easy to many extents by only using a 30-gallon air compressor.

A 60-gallon air compressor can generate 3.7 HP power, which is huge for getting most jobs done. You won’t almost need more than a 60-gallon capacity air compressor for running that heavy air-pressure fueled tools.

Whereas 1 HP means the energy of lifting 550 IBS capacity by any machine in 1 foot in a single flash.  For 1.6 H, the numbers will be multiplied by 1.6, and it will be the same in the case of 3. l.


It is a magic unit that tells the requirement of the air compressor according to the desired tools that you are using. CFM refers to cubic feet every minute, which is stated in the case of every means and machinery and for the air compressor itself.

Without the CFM, it is almost impossible to state how much the capacity from the air compressor should a tool require or can tolerate.

How much power a tool is consuming from an air compressor doesn’t tell the compressor’s capacity that you should choose. Instead, the whole thing depends on the number of CFM that your desired tool is listed under. With that same value, you will also go for the selection of your selected compressor.

The workload of your compressor is entirely dependent upon the number of the CFM. It will manage the load through this number, and the value should not be lesser than the actual one if the machine undergoes excessive pressure.

Instead, the CFM should be even 50% higher for your air compressor for many commercial cases. Again, the higher is the value of CFM, the more gallons you need in your air compressor tank.

Air compressor’s PSI

After the CFM, PSI comes in dominating version. PSI is dependent on the CFM, and both are interlinked with each other.

With that being said, PSI states for pounds every square inch of spacing. That is to say, the amount of pressure exerted by the air compressor per square inch states the amount of PSI.

And PSI can directly be related to the capacity of that machine in terms of direct actions. For example, the maximum PSI a 30-gallon air compressor can produce is 135 max. And the number is identified in the case of the 60 gallon capacity of the air compressor.

But as told before, both the term PSI and CFM are similar; their combination capacities are not the same for 30 and 60 gallons.

That can march us towards the capacity of 6.2 CFM for 40 PSI and 5.5 CFM for 90 PSI in the case of the 30-gallon value. At the same time, the 60-gallon air compressor leads to 13.4 CFM @ 40PSI and 11.5 CFM @ 90 PSI.

Final Thoughts

An air compressor can now be used as the alternative to many such things that used to run previously only through electrical energy. Again, the point coming out of an air compressor is much towards the economic side compared to the electrical alternatives.

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