5.3-ounce, 100% US cotton. 50/50 cotton/poly (Graphite Heather, Safety Green). 90/10 cotton/poly (Sport Grey). Taped neck and shoulders. Tearaway label. Non-topstitched, classic width, rib collar. Left chest pocket. Classic fit, seamless body

From construction jobsites to landscaping projects and more, this tee is ready to take on the toughest jobs.. Heavyweight 7-ounce, 100% cotton. 90/10 cotton/poly (Heather Grey). 50/50 cotton/poly (Safety Green, Heathered Charcoal). 1x1 rib knit neck. Tag-free label. Contrast back neck tape. Reinforced left chest pocket

This midweight pocket tee fights sweat and is built for hard work thanks to Carhartt Force technology.. Durable 5.75-ounce, 65/35 cotton/poly stretch plaited jersey knit. 59/41 cotton/poly stretch plaited jersey knit (Heather Grey). 60/40 poly/cotton stretch plaited jersey knit (Other Heathers). Carhartt Force technology wicks sweat, dries fast and fights odors. FastDry technology keeps you cool for all-day comfort. UPF 25+. Raglan sleeves to increase range of motion. Left chest pocket with pen stall. Tagless neck label. Smooth flatlock seams. Ventilated side panels. Drop tail hem. Carhartt label sewn on left chest pocket. Carhartt Force labeling on left sleeve. Relaxed fit

Show your Carhartt pride in this versatile, layerable sweatshirt that features a bold Carhartt signature logo down the left sleeve.. 10.5-ounce, 50/50 cotton/poly blend or 59/41 cotton/poly blend (Black, Carbon Heather, Carhartt Brown, New Navy)*. 70/30 cotton/poly blend (Heather Grey). Attached three-piece hood with drawcord closure. Carhartt signature logo down left sleeve. Front hand warmer pocket. Stretchable, spandex-reinforced, rib knit cuffs and waistband. Carhartt-strong, triple-stitched main seams for added durability. Carhartt patch sewn on handwarmer pocket. Loose fit. *Please note: Select colors in Carhartt fleece are currently transitioning from a 50/50 cotton/poly blend to a 59/41 cotton/poly blend. Weight and fabric properties remain the same. Your order may contain a combination of both fabrics.