Collection: Women's Touchscreen Leather Gloves

Conductive fingertips stitched into nappa lambskin: type, swipe, scroll without exposing your hand. The conductive yarn is integrated at the seam, not coated, so it doesn't wear off after one winter. Cashmere lining options. For phone-first lifestyles, driving, urban commuting.

See also: Women's Nappa, Driving. Men's: Men's Touchscreen.

10 products

Frequently Asked Questions

How does the touchscreen function work?

A conductive thread is woven into the seam at the fingertips during stitching. When the glove touches a capacitive screen, the yarn completes the electrical circuit just like bare skin, and the screen registers the touch. No app, no battery, no special accessory required.

Why integrated yarn instead of a coating?

Most touchscreen gloves use a conductive paint applied to the fingertip. The coating wears off after a few months of friction, especially on the palm side from steering wheels or pockets. Yarn integrated at manufacturing stays functional for the full lifetime of the glove.

Does it work with all phones?

Yes, with any capacitive touchscreen, which is every modern smartphone, tablet and most laptops. The conductive area is at the fingertip seam, so for typing accuracy aim with the very tip of your finger rather than the pad.

How do I care for touchscreen lambskin gloves?

Same care as standard nappa: avoid water, blot dry if wet, store flat, condition once or twice per season. The conductive yarn is integrated into the seam structure and isn't affected by leather conditioner used on the shell.

What size should I order?

Measure the circumference of your dominant hand at the knuckles. View the women's size guide for the full method. A snug fit at the fingertip improves touch responsiveness; if between sizes, take the smaller for touchscreen use.

Women's touchscreen leather gloves

Women's Touchscreen Leather Gloves

Conductive yarn at the seam

Touchscreen lambskin gloves for women. The conductive thread is integrated into the seam at the fingertips during stitching, not applied as a coating after manufacture. The phone responds the same as bare-finger touch.

Why integrated yarn outlasts coatings: Conductive coatings flake and oxidise after a winter of friction; yarn maintains conductivity for the lifetime of the glove. The trade-off: conductivity is at the very tip rather than the entire fingertip pad.

When to use: Phone-first lifestyles, urban commuting, driving with navigation, working with tablets, anyone who currently pulls off gloves to use their device a dozen times a day.

Lining options: Cashmere for cold-weather use, silk for transitional days. The lining doesn't affect conductivity since the yarn is in the outer shell.