Short Sleeve Slub Henley

Story

A classic henley woven in soft, easy-breathing slub cotton

The henley has long been a hardworking staple, originating as the uniform for 19th-century rowers in Henley-on-Thames. Flint and Tinder honors that heritage of utility by swapping the traditional undershirt construction for a substantial slub cotton jersey. Its irregular thread length creates a rich, organic texture that breathes better in the summer months. Each shirt is garment-dyed for a soft, lived-in feel and features rubberized buttons and a reinforced ribbed collar that keeps its shape. It all adds up to a perfect mix of historic grit and contemporary comfort.

Features

• Breathable jersey with a rich, slub texture
• Garment-dyed for a lived-in look and feel on day one
• Reinforced ribbed collar holds its shape over time
• Three-button placket with rubberized buttons

Fit & Sizing

• Fits true to size, take your usual shirt size
• For the best personal fit, compare the measurements of one of your best-fitting shirts to the garment measurements below

Garment Measurements

	XS	S	M	L	XL	XXL
Chest	39	41	43	45	47	50
Shoulder	17⅜	17⅞	18⅜	18⅞	19⅜	20⅛
Body Length	27	27½	28	28½	29	29¾
Sleeve Length	16½	17	17½	18	18½	19

All measurements are in inches.

How to Measure - Chest: Measure straight across from edge to edge, starting 1" below the armhole, multiply by 2 - Shoulder: Measure straight across from shoulder seam to shoulder seam. Again, it’s easiest to measure across the back of the garment - Body Length: Start at the top of the shoulder where it meets the neck seam, and measure straight down to the hem - Sleeve Length: Start at the center of the back of the neck, measure straight across to the shoulder seam, and then follow the edge of the garment to the cuff. Pro tip: it’s easiest to measure across the back of the sleeve

Materials & Care

• 100% Cotton slub jersey
• Made in Turkey
• Machine wash cold with similar colors on delicate cycle, do not bleach, tumble dry low or hang to dry, do not dry clean, iron on low temp