Are you a DIY enthusiast that often does projects which involve welding? Or you are a professional welder that works the entire day in a workshop?
Either way, you may need help choosing the best welding helmet. The industry has taken the next step with the auto-darkening feature, which significantly improves the helmet’s versatility and usability.
Although we will discuss different types of helmets in this article, we particularly focused on auto-darkening welding helmet reviews. You will find products that we singled out after our team’s extensive research.
We also want you to find a welding helmet that will fit you perfectly. That is why we would like to divert your attention to things you should look for in this product. Our buying guide has all the details about welding helmets features, characteristics, safety, and other benefits.
Are you ready to learn more about these products? If the answer is yes, now is the time to start reading!
3M Speedglas Welding Helmet 9100
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Lincoln Electric Welding Helmet, 3350 Series
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Miller 281000 Digital Elite Black Welding Helmet
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Hobart 770756 Impact Variable Auto-Dark Helmet
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Tanox Auto Darkening Solar Powered Welding Helmet ADF-206S
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Antra Welding Helmet AH6-260-0000
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Best Auto Darkening Welding Helmet Reviews – Top-Sellers
1. 3M Speedglas Welding Helmet 9100
3M Speedglass is one of the most popular brands on the market, and for a good reason. The first thing you notice is the large lens with more than 12 inches of the available viewing area.
The product only takes 0.1 milliseconds to activate the arc and switch to dark shade. The default light shade is “3,” and you have the option of adjusting it to several ranges, with the maximum set at 13. The auto-darkening helmet has a total of three sensors available.
Once you start welding, you will like the side windows, which boost your peripheral vision. That can be helpful, especially when you are welding in confined areas or awkward angles.
This versatile helmet is suitable for TIG, MIG, and Stick welding. The device is a bit heavier than what you might expect. It may not be that comfortable wearing it for hours every day, but the results will be worth it.
2. Lincoln Electric Welding Helmet, 3350 Series
We have to admit that this helmet looks cool. If aesthetics are important to you, it is something you might appreciate.
As for the performance, this is another auto-darkening helmet that offers a variable shade. The manufacturer claims that the product can switch the shades in 0.4 milliseconds, which sounds quite impressive. The four arc sensors are the main reason for these results.
The viewing area is 3.74 x 3.34 inches, which is quite generous. The side windows boost peripheral vision and improve the overall experience of using the product. The helmet has batteries, but it is also equipped with solar energy panels. These panels could perform better, but that doesn’t affect the overall performance of the unit.
The product also offers a grinding mode, but the dial you use to change it is at an inconvenient location. However, that is only a minor drawback of an otherwise excellent device.
3. Miller 281000 Digital Elite Black Welding Helmet
Miller Electric designed a digital helmet that is extremely versatile. The product is suitable for grinding, cutting, and welding. On top of that, the unit has an X-mode, which removes any interference of the sunlight, which adds another layer of versatility.
The default position is shade 3, but the product can go up to shade 13 depending on how you want to use it. The controls are easy to read, which makes the product suitable even for newbies. The ClearLight technology enables excellent quality of the image, and it makes the product pleasant to use.
The headgear is of excellent quality, and it feels quite comfortable. However, when putting it back on your head, you may need to adjust it to the desired position occasionally. Fortunately, those issues happen rarely. The product uses a single CC battery to operate, and you will receive it in the package.
4. Hobart 770756 Impact Variable Auto-Dark Helmet
The high-performing auto-darkening helmet has a reaction time of 4 milliseconds, and that is the speed that will meet the expectations of most users. The default light state is “3,” and the variable shade enables shades between “8” and “13” as soon as you switch in the dark mode.
Three sensors do a good job at recognizing the arc. The viewing area is 3.81 x 1.85 inches, which translates to more than seven inches of the room that you can see. Apart from welding, the product also has a grinding mode. The manufacturer used polyamide, which is both durable and light, for the construction of the item.
Once you finish your project, you will notice the helmet’s delaying options. The delay can go from as low as 0.1 seconds to a whole second. The helmet allows you plenty of room to adjust the desired functions, but it will take a bit of time to figure out how to make it work properly.
5. Tanox Auto Darkening Solar Powered Welding Helmet ADF-206S
The viewing area of this auto-darkening helmet is 3.86 x 1.73 inches, which is right about at what you will need for most projects. It is worth noting that you can also activate the grinding mode if necessary.
The lens offers a variable shade, and you can choose ranges 9-13, and 4-9 depending on the desired application. The helmet is quite light as it weighs only about 1.6 pounds with the head adapter.
The product complies with ANSI and EN379 standards for optimal safety and quality. Apart from the helmet, you will also receive welding gloves to protect your hands.
The headband might seem like it is of inadequate quality, and its durability is not like in other components. However, it is a minor part that you can easily replace, and the overall performance of the helmet is still at a high level.
6. Antra Welding Helmet AH6-260-0000
It is important to clarify that this is an entry-level welding helmet. The price speaks in favor of that, but this helmet can still do a decent job for many applications.
The product utilizes a passive filter for optimal protection. The LCD shutter is auto-dimming, and it can provide optimal shade range at all times. The reaction time estimated by the manufacturer is 0.4 milliseconds.
The product has four arc sensors, and it is quite versatile. You can use it for MIG, TIG, MMA, and plasma applications, but keep in mind that it’s not suitable for overhead welding.
The viewing area is 3.86 x 1.73 inches, which is a standard size for these units. It utilizes both solar energy and regular batteries. The product seems quite durable as the manufacturer used polyamide, and the total weight of the helmet is one pound.
Welding Helmet Buying Guide
Now that you read the reviews, it is time to see how to choose the welding helmet that will be a perfect fit for you. The buying guide below offers all details and mentions all the features and characteristics you should consider during the welding process.
The Most important Welding Helmet Features and Specifications
Here is a brief overview of the crucial features you will find in a welding helmet. Check out the list as it is a great chance to get to know the basic specifications of these products:
- Lens type – you could choose between a standard or auto-darkening lens. The former is the classic variant, and the latter offers some more advanced features.
- Lens clarity – when rating the clarity, experts consider vision accuracy, light diffusion, dependence on angles, and consistent shade. The ideal rating in each category is “1.”
- Weight – you may find that weight is a crucial factor of the helmet’s comfort, especially if you need to wear the product all day long.
- Lens size – it will depend on how you plan to use the helmet. The standard size is around 2 x 4 inches, but it might not cover awkward angles.
- Arc sensors – these are important because they protect you from flashing. In most cases, the sensors will vary from two to four, although there are helmets with more sensors available.
- Shade range – some helmets offer a fixed shade, while others have a variable shading option. Either way, you want the range of the shade to be suitable for your desired applications.
- Reaction time – it is another feature that can greatly affect potential flashing. Once the helmet detects an arc, it takes some time to switch from a light to dark shade. The general rule is the quicker, the better because that will reduce eye strain.
- Light sensitivity – some helmets, primarily the auto-darkening units, will have options to adjust the light sensitivity. It will tell your helmet about the brightness of the arc required to activate the auto-darkening features.
- Safety features – you want a product that was approved by a relevant authority, such as ANSI/ISEA.
Questions to Ask When Buying a Welding Helmet
The fact that you know all the basic features doesn’t mean you know how to choose a welding helmet that will be the right fit for you. Fortunately, we have a list of questions that will be of assistance throughout the decision process.
What Lens Size Should I Pick?
You can choose between lenses of various sizes. The experts consider the standard size to be 2 x 4 inches. That should be enough for ordinary applications and using the helmet at home for usual welding jobs.
However, professionals and DIYers can both encounter challenging welding projects. In those situations, you may need to get in uncomfortable or awkward angles. That is where you may compromise your protection with a standard lens. If you think you will be working on projects that require welding at different angles, you may need a bigger size for optimal protection.
What Is the Viewing Area of the Welding Helmet?
The lens size will largely affect the available viewing area. It is crucial to ensure that you have a sufficient viewing area to see everything properly. That means you should also ensure you can see the level of detail required for a particular project.
You may want to consider a unit that has a shell with full coverage. They have a big viewing area, and they are also very resistant to impacts.
How to Optimize the Comfort of Your Welding Helmet
Yes, the primary considerations should be safety and performance. But ultimately, you also want your welding helmet to be comfortable. If you plan on using the unit for hours, it is crucial to optimize comfort, or you may face issues like neck strain.
For starters, you want to consider the weight of your welding helmet. The idea is to go for the lightest unit out there, but only if it can provide the required level of safety. If you plan on working on demanding welding projects, you may need to be ready to endure a bit of extra weight for protection.
On the other hand, if you only need to use the helmet for simple welding projects, there is no need to put additional strain on your head. Choose the lightest unit and go with it.
Finally, keep in mind that the weight difference between the two helmets may be small. However, when you keep the helmet on your head for hours, even the smallest difference can be important.
Is the Helmet Positioning Stable?
The general rule is that auto-darkening helmets provide better positioning than standard units. The ordinary helmets can keep their position on your head, but if you change angles often, you may also need to readjust them frequently.
When it comes to comfort, you also want to consider a helmet that allows you to check the weld without completely removing the unit off your face. That can come in handy if you need to inspect your weld frequently to clean it or check if you did a good job.
What Is the Right Number of Arcs for Welding Helmets?
The optimal number of arks is the one that delivers optimal protection. That is the correct answer, which is why you should choose based on your plans with the helmet.
If you only need a helmet for ordinary projects, two sensors can do the job. They can do the required detection and protect you from getting flashed. You should also go with that number if there are no obstructions in the environment.
You may need more arcs in case you plan on working in environments that are not “standard.” That may include welding in areas that are hard to reach, or cramped. Additionally, awkward angles may also obstruct the performance of the sensors.
That is why those situations require additional arc sensors. The optimal number is usually four as that should secure the required reliability in performance.
The next thing you want to consider is reaction time. That can also be crucial for optimized performance and protection of a welding helmet. When the device detects an arc, the reaction time determines how long the lens needs to change from light to dark.
You want to find a unit with the quickest reaction time possible — the faster the reaction time, the less eye strain for the user. Premium helmets can react as quickly as .00005 second (1/20.000). However, even .0001 (1/10.000) second can be more than enough for standard applications.
Why My Welding Helmet Should Have a Delay Feature?
The delay feature is there to allow the helmet to remain dark once the arc is done. It can be important if you are welding with an exceptionally high amp.
In those situations, stopping the arc won’t cause the brightness of the area to disappear immediately. But if you look at the area right away, it can lead to fatigue and discomfort. The delay settings vary depending on the product you choose. Some units offer only .5 seconds, and others allow adjusting the delay to two seconds.
What Is the Shade Range of the Helmet?
It is important to note that you can choose between two different helmet types – fixed and variable shades. We will discuss the advantages of both later, but for now, it is important to discuss the shade range.
That is a question you will want to ask when choosing a helmet. Let’s take an auto-darkening welder as an example. Its default position is a shade with an approximate rating of three or four. However, once the sensor detects an arc, the shade might increase to ten or more.
The idea is to find the shade range or the rating that best fits your application and eyes. If there is no adjustment option, you may want to combine between different helmets depending on the use.
Auto Darkening Vs. Regular Lens
A crucial decision that you will want to make is whether you need a standard or auto-darkening lens. Let’s take a look at their crucial features, advantages, and drawbacks to make your choice easier.
Auto Darkening Welding Helmets
You surely have an LCD TV or PC monitor in your home. Even if you don’t, you know how they look like, and the same material was used by auto-darkening helmet manufacturers for these products.
The liquid crystal display can utilize the power of a battery or solar power, but we will discuss more on that later.
By default, the lens is in its inactive position. That should be approximately shade “4,” although it varies depending on the unit you choose. Since that shade resembles natural light well, you can see through the helmet effortlessly.
You activate the lens by striking the arc. It is vital for the product to have arc sensors that can do a good job. As soon as you activate the unit, the auto-darkening filter starts changing the shade. Depending on the model, the shade can vary, and go as high as 13.
An auto-darkening helmet will require setting the right light sensitivity. Once you become comfortable with that, you will be able to make the most of the lens in outdoor conditions. The ADF handles the sunlight well and enables you to work in an optimal environment.
Apart from the auto-darkening filter, these helmets are convenient because they stay in position. That can save you a lot of time, and potential neck strains when you reposition the helmet. Thanks to this, you can focus more on the torch, and control it properly. Your hands will always remain on the torch, and even your mind will be at peace, knowing that the helmet is stable.
You want to combine an auto-darkening helmet with a variable shade as that gives you more adjustment freedom. These units are a bit more expensive compared to standard helmets, but they are a good value for the money.
- The auto-darkening filter makes it a great choice for outdoor conditions
- Stable positioning allows you to focus on welding instead of adjusting the helmet all the time
- A smart pick in tight areas where you don’t have full freedom of moving
- They can be a bit pricey
They were the most popular choice for a long time, but that is because welders didn’t have an alternative. The standard lens can do a good job of protecting the welder’s face and eyes, which is why many users continue to trust them.
In most cases, you will find them with a fixed-shade option. The shade varies from one unit to another, but it should be around “10.” Although the lens is ordinary, the manufacturers equip them with protection against UV and infrared rays as an added layer of safety.
It is easy to put on the helmet, but you will need to take it off whenever you want to check or clean the weld.
You can find these helmets at an affordable price, which might be why they are still an incredibly attractive option. Additionally, these helmets are light because they don’t have as many components as AD units. You won’t find adjustments for light sensitivity, and they don’t utilize any batteries.
Despite these drawbacks, they offer impressive optical clarity. Many users opt to buy multiple models and switch between them depending on the application they are welding. Regular lens helmets are also simple to operate, partly because there are no extra components involved.
- Easy to use since it doesn’t have any bells or whistles
- Affordable price
- Capable of protecting your face and eyes
- No light sensitivity adjustment
- You might need to reposition the helmet frequently, which may affect the speed of your work
Variable or Fixed Shade
Once again, this may be a comparison of standard and auto-darkening welders because the former offer fixed, and the latter variable shade.
In the features section, we discussed the shade range. A fixed shade offers only a single shade and no adjustment options. You could say that these are basic helmets, but they can still deliver the protection you need.
The important thing to clarify is that the protective features don’t have anything to do with light shades. If the filters are adequate, you will get the necessary protection nonetheless. The fixed shades are also more affordable options, but they might not be the best choice for welding in restricted spaces.
The main reason why you would choose a fixed shade is the type of work you are doing. If you mostly weld similar material, you won’t even need to adjust the shades. That is where fixed lenses can come in handy.
When Should I Go with Variable Shades?
Variable shades allow you to choose the desired range based on your application. The default position has the third or fourth rating because it resembles natural light. That will allow you all the room you need for preparing everything before the actual welding.
The maximum range can vary and go as high as 13. However, in most cases, you probably won’t need a range higher than ten, which is something to keep in mind when you are choosing your helmet.
Solar-Powered VS Battery Operated
In this section, we will compare two different power source approaches for welding helmets – solar power and batteries. Keep in mind that some manufacturers combine both energy sources to provide sufficient power to the helmet at all times.
Why Are Batteries a Better Choice?
The biggest advantage of using batteries is that your welding helmet can start working right away at all times. The only thing you should ensure is that your battery isn’t dead. And even then, the recharging or replacing the batteries doesn’t take a lot of time. Some products also allow you to keep track of battery life thanks to the LED indicator.
The batteries used are made of alkaline or lithium, and they may be rechargeable or not. Although it depends on the unit, these helmets usually last longer than solar-powered ones.
However, one thing to consider is the duration of the battery itself. Lithium batteries tend to expire after several years. If you go with original batteries, and we highly recommend that it will be an additional investment.
Finally, batteries may add some weight to the overall helmet’s heaviness. That is something to keep in mind if you are on the hunt for the lightest welding helmet available.
Should You Choose Solar Powered Welding Helmet?
These helmets are an eco-friendly solution, which is their main advantage. The manufacturers equipped them with photovoltaic cells, which capture the sunlight and use it to power the unit.
It is also interesting to mention that they may use the sunlight to maintain their current energy level. However, you will need to work outdoors to make this possible.
The drawback is that recharging takes time, especially if there is not too much sunlight at your disposal. That is the reason why most companies decide to include batteries as an alternative power source.
That way, you can stay environmentally friendly whenever the circumstances allow that. But if you need to weld something quickly, the batteries will make welding possible immediately.
How Do Auto Darkening Welding Helmets Work
Welding helmets with auto-darkening features are complex tools, and it is not easy to design them. Fortunately, using them is easier, although you might need a bit of time to get accustomed to how everything works.
The main feature of these helmets is the ADF- a filter in charge of auto-darkening. Many units out there combine batteries with solar power to secure sufficient energy to run these helmets the entire day.
The light sensors are in charge of detecting the arc immediately. That is where the key to the working process of auto-darkening helmets lies. As soon as the product detects an arc, it adjusts the shade to the range that will protect your eyes optimally.
If the device doesn’t detect an arc, it remains in the default position. That range allows you to prepare everything for the welding, and inspect the weld whenever needed.
That is how auto-darkening helmets can speed up the results of your welding projects. You don’t have to remove the helmet whenever you need to check the results of what you did. Instead, wait for a moment, and you will have an optimal shade range to do all the work. Since the helmet automatically adjusts to the welder, you will also easily find any tools you left nearby.
Safety and Practical Benefits of Welding Helmets
The easiest way to check the safety of your welding helmet is to inspect the security standards it complies with because those approvals can speak a lot about the product’s quality.
Safety should be your main consideration when welding, and helmets are the essential component of your safety.
The primary area that the helmet needs to protect is your eyes. While you are welding, the infrared radiation is high. That may burn your retinas, and even cause cataracts. Additionally, the UV rays that the welding arcs emit may lead to flashes, which cause discomfort but can also lead to permanent eye problems.
Apart from your eyes, welding helmets are also capable of protecting your head. You know that welding emits sparks, and that can lead to particles flying everywhere. If you want to avoid physical injuries, you need to wear the right equipment.
Apart from suitable clothes to protect your body, a welding helmet is mandatory to protect your head. You can also consider finding the best hard hat to take protection to the next level.
If you are dressed properly, there will be almost no danger from the particles or the excess heat they produce.
What Are Practical Benefits of Welding Helmets?
The benefits of welding helmets go beyond safety. Let’s take a look at some other advantages of putting on these helmets:
- Improved efficiency and productivity – that particularly applies to automatic darkening helmets. They provide optimal protection while working, but also give sufficient light when there is no arc. That way, you can check the results, or prepare for the next step of the welding process without taking off the helmet.
- Optimal comfort – for starters, you will feel protected by wearing a welding helmet. You will know that excess heat and sparks can’t harm you. That will enable you to focus on the welding, which should enhance your results.
- They last for a long time – although it depends on the unit, the longevity of a welding helmet should be admirable. Thanks to that, they present a good value for the money and a smart investment.
FAQs & Answers
Q: How should I maintain my welding helmet?
A: That will depend on the unit, which is why it is essential to read the instruction manual that comes with your helmet. It is important to stick to your maintenance and cleaning schedule. If you think it is too difficult to maintain your helmet yourself, you can always trust a professional to clean it.
Q: Is it easy to find replacement parts for my welding helmet?
A: If you stick to reputable brands, the chances are you won’t have any problems finding replacement parts. All you need to is to go to your local distributor or order the parts online.
Q: When should I replace batteries on my helmet?
A: The battery life will vary from one unit to another. Additionally, how often you use the helmet will also affect the battery. The manufacturers usually provide an estimation on the length of battery life, and that can be a general indicator on when you will need to replace them. However, keep in mind that batteries may last longer or shorter depending on the abovementioned factors.
That wraps up our extensive analysis of welding helmets. We tried hard to gather all the important information at a single place. Our goal was to find the units that will make your every welding project enjoyable, but also a product that will keep you safe and deliver the expected results.
We hope that we helped you find the best auto-darkening welding helmet out there. As long as you put some thinking into choosing the right unit, you can buy a product that will keep you safe for a long time.
Don’t forget to check out our welding helmet reviews one more time. All the units listed there have an auto-darkening feature because we firmly believe it is the right choice. These units offer adequate safety while protecting your eyes and boosting overall performance. Ultimately, that is the type you should look for, and we leave it up to you to choose a particular unit.