Advantages

Aramid dense-weave palm, blended with carbon fiber

Two things kill a heat glove: abrasion on the palm, and heat coming through it. The aramid weave handles the abrasion and the carbon fiber in the blend keeps the surface from breaking down under repeated contact with hot, rough parts.

Carbon fiber reinforcement where gloves actually fail

The patch between thumb and index finger and the gripping edge take the worst of it. Both are reinforced with high-strength carbon fiber instead of a thin extra layer of the same fabric, which is why these keep their shape through a full shift.

60 cm aluminized forearm

This is a long gauntlet, not a wrist cuff. The sleeve covers past the elbow, so the parts of your arm that get hit when you reach into a furnace mouth or over a hot ladle are covered too.

Aluminized aramid sleeve reflects radiant heat

Radiant heat doesn't need contact to burn you - it travels straight at your skin. The aluminium layer on the aramid sleeve bounces most of it back toward the source, which is the difference between reaching in and reaching in twice.

Sweat-absorbent inside, no slipping under load

Long hot work means sweaty hands, and sweaty hands mean a glove that twists on the handle. The inner surface pulls moisture away from the palm so your grip stays where you put it.

Flame retardant - it chars, it doesn't melt

Aramid and carbon fiber don't melt or drip the way polyester and cotton do when they meet a spark or a hot edge. There's no molten residue to weld itself to skin, and no sudden hole in the glove.

What you're getting: a 60 cm aluminized aramid glove with a carbon fiber reinforced palm that stays in one piece around radiant heat, hot parts and sharp edges, shift after shift.

Aramid Knit Fabric Close-up, Heat Resistant Glove Material

Aluminized Heat Reflective Sleeve Fabric Detail

Reinforced Stitching & Palm Patch Detail

Long Aluminized Aramid Heat Resistant Glove with Size Ruler

Usage Scenario

Foundry And Steel Mill

Pouring floors and ingot handling are where heat protection gets tested for real, because the heat isn't only under your hand - the whole area radiates. These fireproof work gloves let a man grab a casting, flip a hot plate, or drag a ladle cover back into place without the reflex pull-away that costs you the part. The carbon fiber reinforcement takes the scrape of a rough casting across the palm and thumb web, and the aluminized sleeve shields the forearm when you reach over a hot surface at waist height. Crews here wear them straight through a shift and, more to the point, they keep wearing the same pair next week.

Glass Plant And Kiln Work

Glass plants are unkind to fireproof work gloves: constant radiant heat, fast movement, and sharp edges everywhere. Reaching into a kiln mouth, checking a door seal, or moving a hot mould is exactly the situation the 60 cm sleeve was designed for - the part of you that gets burned in a glass plant is almost never the palm. The aluminized aramid throws the radiant load back instead of absorbing it, and the aramid palm keeps its grip on moulds and tongs even when the heat is climbing

Welding And Heavy Cutting

On heavy cutting, gouging and slag work the danger is the combination - hot spatter from the front, radiant heat from the workpiece, and a sharp edge you're grinding against. The palm and reinforced thumb web shrug off spatter and drag without burning through, the flame retardant fibre won't melt against your skin if a piece of slag sits on it for a second, and the long cuff keeps spatter off your forearm while you're working overhead or in tight spots.

Furnace And Hot Work Maintenance

Turnaround work is short but nasty: hot flanges, steam lines, furnace doors, insulation that's still holding heat hours after shutdown. This is where fireproof work gloves earn their keep - the pair has to be pulled on and off fast, take a quick hard grip on a hot fitting, and cover enough arm that you're not fighting the heat through a rag. That's the job these do. They're also the pair we recommend keeping on the maintenance cart for the jobs nobody planned for.

Care And Note

1.Wipe the aluminized sleeve down with a dry cloth after use. Oil and moisture left sitting on the foil cut down how much radiant heat it reflects. Do not machine wash - if the palm gets heavily soiled, hand wash in cold water and air dry away from direct heat.

2.Store flat or hanging. Do not fold the aluminized section over on itself, because sharp creases crack the aluminium layer over time.

3.Retire the pair when the palm reinforcement wears through or the foil starts flaking off. A heat glove with a breached surface is not giving you the same protection as the one you tested.

4.There may be slight color differences in the pictures due to different display devices; please refer to the actual product.

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