Welding is an extremely useful technique that has made it possible for humans to fuse impossible metals and alloys together easily. On the flip side, when not done with adequate protection, welding can be quite a dangerous process.
A welder’s hands, which are always closest to the actual weld pool, are particularly at risk. This is why it is of utmost importance for welders to buy welding gloves and other gear in place. If you are going to be involved in a welding operation, you can choose between reusable and disposable gloves. Each of these categories comes with its own pros and cons, and you can get both these kinds of protective welding gloves online.
Reusable Welding Gloves
Reusable welding gloves, as the name indicates, are a kind of protective welding gear that can be used several times before they wear out. To justify multiple use cases, these gloves are made from highly heat-resistant materials that can offer unwavering protection to the hands even when welding temperatures reach extreme highs.
Like most other welding gear and equipment, reusable gloves also come with their own pros and cons.
The Advantages of Reusable Welding Gloves
Reusable gloves for welders come with the following benefits.
- Unmatched Protection:
Reusable gloves are made from highly heat-resistant materials like leather or a combination of leather and other synthetic materials. They offer much better protection than their disposable counterparts.
- Durable Construction:
Since these gloves need to be reused often, the overall design and construction quality is also generally better. They may come with reinforced seams and additional padding for long-lasting protection.
- Cost-Effective Choice:
Welding gloves that are reusable may be expensive initially, but over time, you can save a lot of money if you are a professional welder.
The Disadvantages of Reusable Welding Gloves
On the downside, reusable welding gloves have the following disadvantages.
These gloves require a lot of maintenance and upkeep. They need to be regularly inspected for damages or wear and tear.
- Less Comfort and Dexterity
Since reusable gloves are thicker, they may be less comfortable than disposable gloves and may also interfere with the welder’s dexterity.
Disposable Welding Gloves
Disposable welding gloves, as the name suggests, are best suited for one-time usage. They are made from materials like latex or vinyl, which are typically used in the manufacture of disposable PPE. These gloves offer adequate protection from heat and sparks during the welding process, but they are not durable enough for repeated use.
Disposable gloves also have their own advantages and downsides, as you’ll see in the sections below.
The Advantages of Disposable Welding Gloves
Some of the top advantages of using disposable gloves are outlined below.
Owing to their disposable nature, these gloves are more convenient to use. They can easily be disposed of after one round of use.
- Improved Dexterity:
Since these gloves are made of flexible materials like latex, they do not interfere with the dexterity of the welder as much as thicker gloves.
- Better Hygiene:
Disposable gloves need not be washed or sterilized after each use. You can use a new pair each time you need to weld, thus making the process more hygienic.
The Disadvantages of Disposable Welding Gloves
The disadvantages of opting for disposable gloves are outlined below.
- Limited Protection:
Being thinner and less durable, disposable gloves do not offer long-lasting protection, particularly at extreme temperatures.
- Possible Allergies:
Some people may suffer an allergic reaction to latex, which is commonly used in making disposable welding gloves.
Now that you know what the advantages and disadvantages of both reusable and disposable gloves are, you can make an informed choice.
So, before you make a purchase, compare your options, look at the specifications and check the materials and other features thoroughly. And once you receive your gloves, test them out and make sure they fit you well before you actually use them during a welding process.