Gloves Features Explained
Glove spec sheets are written in tailor's language. Half pique. Fourchette. Gunn cut. These are real terms from a trade that is centuries older than welding, and they describe decisions that determine whether a glove blisters your hand at hour six or disappears on it. Here is what each one means on the Stanton, and why we paid for it.
Half pique, flat seam, no-rub construction
Half pique is a stitching style where one edge of the leather laps over the other, so the seam sits flatter and thinner than a conventional seam. Combine that with flat seaming, where the stitch line lies flush instead of standing up in a ridge, and you get the "no rub" part: nothing inside the glove for your skin to chafe against. On a dress glove this is a luxury. On a glove you wear for a full shift while gripping a torch, it is the difference between forgetting the glove is there and peeling it off to inspect a hot spot.
Comfort fourchette finger construction
A fourchette is the narrow strip of leather set between the fingers, joining the front and back panels along each finger's sides. Without fourchettes, a glove is two flat pieces sewn together, and your fingers fight the pattern every time they bend. With them, each finger gets a three-dimensional tube that follows its shape. More precise fit, less pinching in the webbing, less hand fatigue by the end of the day.
Gunn cut fingers with no-rub flat seams
Gunn cut is the classic work-glove pattern: the palm and the two middle fingers are cut so the seams land at the base of the fingers rather than running along the fingertips. Your fingertips are where you feel everything and where seams fail first, so keeping stitching away from them means better feel on the rod and longer glove life. The seams that do exist lie flat, same no-rub logic as above.
Thumb saddle construction
The saddle is the web where your thumb meets your palm. Every grip, twist, and pull loads that junction, and it is the first place cheap gloves split. We reinforce it with a dedicated saddle piece so the stress spreads across an extra layer of leather instead of a single seam.
Thumb overlay that ends before the finger ends
The thumb carries an extra layer of leather over its high-friction face. Deliberately, that overlay stops short of the tip. Run the reinforcement all the way and you deaden the one part of the thumb you use to feel small parts; stop it where we do and you keep the durability where the wear happens and the sensitivity where you need it.
Thumb guard at the upper thumb
A separate reinforcement patch on the top section of the thumb, the area that drags against workpieces and tool handles all day. High-wear zone, extra leather. Simple.
Shaped palm heel patch
The heel of your palm is what you lean on, push with, and rest against the bench. This patch is an added layer cut to follow the curve of the palm heel, so it protects and cushions that contact point without stiffening the rest of the palm.
Layered thumb and palm panels
Beyond the individual patches, the thumb and palm are built up in layers in the zones that grip hot and abrasive material. More material where gloves die, no extra bulk where they don't.
Top-of-hand 3-point shaping seams
Three shaping seams across the back of the hand let the flat leather take a curved, hand-shaped form, the same way darts shape a jacket. The glove follows your hand instead of tenting over it. These seams are flat and no-rub like the rest.
Extended gauntlet at the arm
The gauntlet is the cuff section covering your wrist and forearm. Ours runs longer than standard, because sparks do not respect the end of a sleeve. Anyone who has had slag find the gap between glove and jacket cuff understands this feature immediately.
Elasticated cuff stitch, palm side only
Elastic gathering on the palm side of the cuff snugs the glove to your hand so it does not slide or twist while you work. Keeping the elastic off the back of the wrist is intentional: the glove stays loose enough there that you can flick it off in one motion. When something burns through or hot metal drops into a cuff, the second it takes to shed the glove matters more than any spec on this page.
Padded grid stitch at thumb and lower cuff
Padding held in place with a crisscross grid of stitching, at the thumb and lower cuff. The grid keeps the padding from shifting or bunching, adds a bit of impact cushion, and reinforces two zones that take constant scuffing.
Twin-needle clean-finish hem
The shell and lining are joined at the hem with two parallel rows of stitching and no raw edges left exposed. Twin rows share the load, so the join outlasts a single stitch line; the clean finish means no fraying at the mouth of the glove where you grab it a dozen times a day.
Kevlar-brand heavyweight knitted lining, 100% aramid
The inside of the glove is a knitted lining of Kevlar aramid fiber, the material used in cut-proof gear and bulletproof vests. It is the second line of defense: if heat or a sharp edge gets past the nubuck shell, the Kevlar knit is what stands between it and your hand. It also happens to be miserable to sew, which is part of why most gloves don't use it. You can read more about our materials choices here.
That is the full list. None of these features photographs well, and most of them you will never consciously notice. That is the point. A well-made glove announces itself by what doesn't happen: no blisters, no split seams, no burn through the thumb web.