4-rth Designer Raglan Crew-Neck Tee (Sand Beige)

The 4-rth Designer Raglan Crew-Neck Tee represents a masterclass in modern garment architecture. Designed to transcend the ordinary, this piece defines the vanguard of contemporary menswear, offering a silhouette that is as functional as it is aesthetically intentional. It is a foundational element for the discerning individual who demands both form and utility.

Constructed from an innovative blend of silky-soft Tencel and recycled polyester, this fabric composition offers an exquisite hand-feel paired with high-performance durability. The material is engineered for superior moisture management and odor resistance, ensuring the garment maintains a crisp, premium sensation throughout the day. Its innate four-way stretch allows for a fluid, natural drape that moves in harmony with the body.

The structural ergonomics of this tee are defined by meticulous attention to detail. Featuring five-needle flat-lock stitching, the design ensures robust seam integrity while providing a streamlined, bulk-free aesthetic. The raglan sleeve construction is precision-engineered for enhanced shoulder mobility, while the extended two-inch body length offers a more sophisticated, intentional silhouette. Every line is contoured to honor the anatomy, providing a secure, form-fitting look that remains exceptionally comfortable.

Whether transitioning from focused movement to relaxed intervals, this piece retains its shape and refinement. We invite you to explore the full curation of premium essentials within our 4-rth Collection to complete your seasonal rotation.

• Flat-lock seam engineering prevents friction and enhances garment longevity.
• Advanced Tencel blend offers natural moisture-wicking for climate-controlled comfort.
• Anatomically informed tailoring ensures a sculpted, flattering fit across the torso.
• Precision raglan sleeves provide unrestricted range of motion for an active lifestyle.
• Extended hemline ensures superior coverage and a polished, intentional drape.
• Sustainable fiber composition supports both ecological responsibility and performance.