Welding Gloves Manufacturer in Pakistan

TIG Welding Gloves: Built for Feel

TIG is the process where glove choice shows up straight away. The welder holds the torch in one hand and feeds a thin filler rod with the other, sometimes for an hour at a stretch. A thick glove makes that miserable. So our TIG welding gloves use thin goatskin, soft enough to feel the rod and still tough for its weight.

Grade A or Grade AB goatskin

Grade is about how clean and even the leather is, not how safe it is. Grade A comes from the best hides, so pair after pair feels the same. Grade AB mixes in hides with a few natural marks and costs less. Professional welders and premium brands usually go for A. Busy fabrication shops are often perfectly happy with AB. Our Grade A vs Grade AB guide goes into the details.

A short cuff, on purpose

Most of our TIG gloves have a split leather cuff that covers the wrist without adding bulk to the hand. It’s kept short because TIG doesn’t throw much spatter, and a long, heavy cuff just gets in the way of the torch.

MIG Welding Gloves for Everyday Shop Work

MIG sits in the middle. More heat and spatter than TIG, less than heavy stick work. A good MIG welding glove has enough padding to stop spatter stinging through, but not so much that the welder loses the feel of the trigger. That’s why most of our MIG gloves are 14 inches long, in cowhide grain or split, with a cotton or fleece lining.

Colour sounds like a small detail. It isn’t, if you sell through retail or trade counters. Blue, red, black and two-tone palms make a range look like a range on the shelf, and reinforced palms or vein patches add life exactly where the glove rubs against the work.

Running high-amp MIG or spray transfer? Step up to a 16 inch gauntlet. The longer cuff overlaps the jacket sleeve, and that little overlap is where a lot of wrist burns are avoided.

Heavy Duty Stick Welding Gauntlets

Stick welding is hot, messy and loud. Slag pops, spatter flies, and on vertical or overhead welds molten metal can roll straight toward the wrist. This is where thick split cowhide earns its keep. Our heavy duty gauntlets are lined, and many have a double layer on the palm, thumb and fingers, because those are the parts that touch hot work first.

16, 18 or 24 inch?

Sixteen inches suits general stick and high-amp MIG. Eighteen inches is common for bigger rods, gouging and out-of-position work. Twenty-four inches runs nearly to the elbow, for overhead welding, cutting tables and foundries. Our guide to welding glove lengths explains each one, with millimetre conversions for European spec sheets.

Heat Resistant and Aluminized Gloves

Not every hot job is a welding job. Furnace work, moving hot parts, foundry tasks and some maintenance jobs need protection from contact heat or radiant heat rather than spatter. For those we make heat resistant mittens in one finger and five finger styles, plus aluminized gloves with a reflective outer layer that bounces radiant heat away from the hand.

When you ask for a quote, tell us the task and roughly how hot things get. Heat resistant gloves are very job-specific, and it’s far better to match the material to the heat source than to guess.

Welding Glove Standards: EN 12477 and EN 407

In Europe, welding gloves are normally tested to EN 12477. It splits them into two types. Type A gloves offer higher protection and less dexterity, which suits stick and heavy MIG. Type B gloves have more dexterity and lower protection levels, which is why TIG gloves are usually Type B.

EN 407 looks at heat more broadly. It rates gloves on burning behaviour, contact heat, convective heat, radiant heat and molten metal splashes, with a level for each. EN 12477 draws on several of those same tests.

One thing worth knowing: a CE mark on the cuff doesn’t tell you which tests a glove passed. Ask for the test report for the exact model you’re buying. If your market needs EN 12477, mention it when you ask for a quote and we’ll talk through the options for that glove.

What to Check Before You Order Welding Gloves

Most problems with welding glove orders come from a few gaps in the spec. Before you order, decide on the leather and its thickness, the lining (cotton, fleece or none), the cuff length, the size range, and whether you need a standard or test report.

Then get samples. Hold them, wear them, and if you can, hand a pair to a welder for a full shift. Five minutes with real gloves in your hands saves a lot of awkward conversations after the container lands.

And think about packaging early. Header cards, polybags, inner boxes and carton marks all affect cost and timing, so it helps to put them in the first enquiry rather than the last.

Where Our Welding Gloves Get Used

Gloves like these end up in metal fabrication shops, on construction and steel structure jobs, in shipyards, automotive repair workshops, maintenance teams and foundries. Each of those leans toward a different mix of TIG, MIG and heavy gauntlets, which is why most of our buyers order more than one style. If the same customers also need protective clothing, take a look at our leather welding aprons and sleeves, or start with our leather vs FR cotton welding jacket guide.