Best Gas Welding Regulators Reviews in 2020 – Top Picks
Gas welding regulators are used to control the flow of the gas consumed by the welding machine. These devices also mix the gas combinations so that the proper amount of gas is emitted in the correct proportions.
The proper flow of gas is crucial to giving you the best welding results, and for keeping you safe while you are welding. We went to our expert panel of MIG and TIG welding processes for help writing this review.
We wanted to make sure that our recommendations were useful and accurate. The experts recommended the following 4 regulators and told us that these are items they would buy for their own personal use. Don't miss our article on welding gas for MIG welding or argon welding tank.
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Best Gas welding regulators reviews - 2020
1. BETOOLL HW9003 Argon MIG Gas Regulator Gauge
- Item Weight: 1.63 pounds
- Dimensions: 6.9 x 5.1 x 5.1 inches
- Part Number: BET-16-HW9003
- Manufacturer: Szbrt
- Style: Argon/CO2 Flow Meter Regulator.
This is an Argon gas regulator, Oxygen regulator and helium regulator. You can accurately adjust the flow of any of these gases using this device. It is not just a regulator this is a flow meter. A flow meter is considered to be more accurate than a simple gas regulator.
The pressure gauge on the regulator is designed to indicate the amount of gas left in the bottle or cylinder. This pressure gauge reads from 0 to 4000 psi.
The biggest difference in this device when compared to other similar devices is the fact that this flow meter does not have a diaphragm. The lack of a diaphragm makes this unit capable of giving more accurate measurements.
You can adjust the output flow from 10 cubic feet per hour to 60 cubic feet per hour so you will be able to have the perfect maximum amount of flow for most welding processes. There is a ball inside the flow tube that rises and falls to indicate the exact cubic feet per hour that the device is adjusted to provide.
This item weighs 1.65 pounds and measures 6.9 inches x 5.1 inches x 5.1 inches. It is made from copper.
2. SUA Industrial welding gas regulator
- Item Weight: 3 pounds
- Dimensions: 10.6 x 5.5 x 5.4 inches
- Part Number: 1C008-0096_H10
- Material: Brass
- Size: With 10 Feet Hose
This argon regulator is designed to regulate the flow of shield gas needed in TIG and MIG welding processes. It has a CGA-580 inlet connection. It is perfect for argon gas, oxygen and helium.
It has three outlet connection options. These are the 9/16” male connection, a 5/8” female connection, and a hose barb connection.
The inlet gauge registers between 0 and 400 psi while the dual scale outlet gauge registers argon as 0 to 30 cubic feet per hour and oxygen at 0 to 20 cubic feet per hour.
This regulator comes with five feet of argon hose that have 5/8”-18 male fittings on each end of the hose. The hose is made from high-quality materials and is very durable. It is designed to fit the majority of welding brands used to perform TIG and MIG welding processes.
It weighs 2.85 pounds and measures 10.1 inches x 5.5 inches x 5.3 inches. It is made from brass. The three-way connector allows the device to be connected to different hoses.
It is reliable and easy to operate with smooth turning that allows the settings to be precisely adjusted.
3. MANATEE CGA580 Gas Welder Welding Regulator
- Item Weight: 2.84 pounds
- Dimensions: 8.7 x 7.6 x 6.7 inches
- Part Number: PRARREG1
- Manufacturer: BUBBLEBAGDUDE
- Material: Brass
This easy to use argon regulator is suitable for beginning welding novices or seasoned professionals. It is compatible with a wide variety of gases. It can be used with argon and oxygen.
This device is designed to control the gas pressure levels and reduce the amount of gas you use while you are welding. It comes with a high-pressure weld gauge that indicates the exact amount of gas that remains in the tank so you always know if you have enough gas to do the welding job you want to do.
It has a CGA-580 fitting so it will easily connect to your argon or oxygen tank and to your helium tank. The meter reads cubic foot per hour between o and 60 and it has a 1 ½” diameter pressure gauge that provides readings measuring between 0 and 4000 PSI.
This device weighs 2.85 pounds and measures 8.7 inches x 7.6 inches x 7.6 inches and it made from solid brass.
The flow meter indicates bot the argon and the argon mix scales. The mix scales are located on the backside so you need to turn the tank to read the mixed scale.
4. SPARC Dual Output Argon Regulator Flowmeter
- Item Weight: 2.79 pounds
- Dimensions: 7.8 x 7.8 x 5.25 inches
- Part Number: SP0006
- Manufacturer: SPARC
- Material: Brass
This has a CGA-580 connection. It can easily be connected to argon cylinders or to mix gas cylinders. It has three outlet options available. A 9/16” female with an 18 nut, a 5/8” UNF and a ¼” barb hose connection. The pressure gauge registers between 0 and 4000 PSI.
This unit is ideal for Lincoln welding machines, Hobart welding machines, Miller welding machines, and the majority of other welding machines. It is designed for TIG and MIG processes.
This item weighs 2.8 pounds and measures 7.8 inches x 7.8 inches x 5.2 inches. It is made from brass so it is high quality and durable.
The flow meter is heavy-duty and will provide the same quality of service that you will find offered by many higher-priced devices. The two independent flow regulators give you the option of pushing gas to your torch in one setting and then running a back purge in a different setting. You can even shit one of the valves down so you conserve gas while working.
Buying Guide of the Best gas welding regulator
Before you buy a welding gas regulator make sure that you get one that will work properly with the gas that you use and with the machine that you use.
What gas is the regulator designed for?
You want to make sure that the regulator is made from materials that are compatible with the gas you use the most. If you use a regulator designed for acetylene to regulate propane gas the propane would cause the internal components of the regulator to disintegrate. This would cause leakage and possible hazards.
The bar outlet
You need to consider getting a regulator that has a low bar input so it is easier for you to make the right adjustments. If you have a 0 to 10 bar outlet on your regulator but you have to set it at 0.2 bar this can be very difficult to do.
You need to look at the gauges on the regulator and see how they read. Argon is typically measured in CFH but oxygen is measured in PSI. It is important that the gauge be able to tell you the proper reading for the gas you are using.
The connectors may be female and they may be male. You want to know what type of connector the regulator has so you can determine if you have to have an adapter to connect it to your gas bottle.
Frequently Asked Questions
Q. Are argon and C02 regulators the same?
The argon regulator and the oxygen regulator are basically the same. The delivery gauge is the main thing that differs on these items. When you are looking at the delivery gauge on an oxygen regulator normally show PSI pressure readings and argon delivery gauges read in CFH. The cylinder fitting on an oxygen regulator is female and on the argon the fitting the threads will most likely be male.
Q. How do you use a welding gas regulator?
The welding gas regulator connects to the gas bottle and there are gas lines that then connect to your welding machine. You adjust the gas flow to the proper setting and then you start welding.
The regulator connects the flow of gas to the tip you are using to weld with. Then it combines the needed gases in the perfect combinations so you get the proper flame.
Q. What is the correct gas pressure for MIG welding?
The flow of gas for MIG welding is measured in cubic feet of gas per hour. (CFH) The flow rates required to perform MIG welding is very low in comparison to the flow rates required to oxygen rates needed for welding or plasma cutting.
For a 3/8” nozzle the minimum suggested flow is 15 CFH and the Maximum flow is 30 CFH, with the average setting being between 18 and 22 CFH. For ½” nozzles, the min flow is 18 CFH and the maximum is 40 CFH.
If you want a high-quality regulator that will give you precise and accurate readings consider the BETOOLL HW9003. This device is constructed without an internal diaphragm so it gives you the most accurate readings and it lasts longer because there is no diaphragm to eventually need replacing.
If you are looking for a flow meter and want to spend less than seventy-five dollars consider the SPARC Dual Output Flowmeter. This unit is reasonably priced and provides you with all of the accuracy and reliability that you want from one of these devices.