Technical Touchscreen Gloves

A knitted acrylic or wool glove (China, 300–500 unit run) lands around $2–4; a leather glove runs $12–25 depending on leather grade; adding touchscreen-conductive fingertips adds roughly $1–2 to either construction.

Leather gloves require bias-cut panels stitched together for a structured fit and cost significantly more; knitted gloves are machine-knitted in one continuous piece, far faster and cheaper to produce but with a looser, less structured fit.

Tranking is cutting the leather pattern at an angle to the hide's natural grain, which lets the finished glove stretch to the hand's shape without the seams splitting. A glove cut on the straight grain instead will fit stiffly and is more prone to seam failure.

Typically 300–500 pairs per size and colorway for knitted gloves; leather gloves often run higher, 500–1,000 pairs, since hide sourcing and cutting are done in larger batches to minimize waste.

Conductive fiber, usually silver- or copper-coated thread, is blended into the yarn at the fingertip during knitting so it conducts a touchscreen's capacitive signal. It's a targeted, low-cost addition — roughly $1–2 per pair — not a full glove redesign.

Fingerless gloves and wrist warmers skip finger separation entirely, usually knit as a simple tube with a thumb opening, which knits faster and uses less material than a full five-finger glove, meaningfully lowering unit cost.

Knitted gloves fall under HS 6116; leather gloves fall under HS 4203. Confirm per SKU based on primary material, since leather and textile gloves are classified under entirely different chapters.