Carhartt Inc K126-BLK-2XL-TLL Long Sleeve Pocket T-shirt

Product Description

The CARHARTT INC K126-BLK-2XL-TLL is a men's long sleeve work wear pocket T-shirt built for tradespeople who need a durable, comfortable base layer or standalone top on the job. Constructed from 6.75 oz 100% cotton jersey knit, this shirt delivers the weight and breathability suited to active work environments. The original fit provides room to move without excess bulk. Rib knit crewneck and cuffs add structure and help the shirt hold its shape through repeated washings. Side seamed construction minimizes twisting, keeping the shirt properly positioned during a full day of physical work.

This shirt is sized 2XL Tall, making it a practical choice for taller tradespeople who need additional length in the torso and sleeves. It fits naturally into residential and commercial job sites as an everyday work layer. The left chest pocket with a sewn-on label provides a small storage point for a pen or small items. A tagless neck label eliminates irritation during extended wear. This shirt is suited for HVAC technicians, plumbers, electricians, and other trades workers who require reliable, no-fuss workwear.

Key Features

• 6.75 oz 100% cotton jersey knit construction for durability and breathability
• Original fit with room for layering or unrestricted movement
• Side seamed construction minimizes shirt twisting during active work
• Rib knit crewneck and cuffs for added structure and long-term shape retention
• Left chest pocket with sewn-on label for on-the-job convenience
• Tagless neck label for all-day comfort during extended wear

Compatibility

Designed as a standard men's long sleeve work wear T-shirt in size 2XL Tall, suitable for tradespeople requiring a tall-length fit in that size range.

Installation Notes

No installation is required for this garment. Follow the care instructions on the tagless neck label to maintain fabric integrity and fit. Wash according to manufacturer guidance to preserve the cotton jersey knit and minimize shrinkage over time.