【Button Works】Super Heavy Thermal Henley Neck L/S T-shirt【BARNS HIGHEST】BH253001

"A Super Heavyweight Piece That Embodies the Spirit of BARNS HIGHEST"

The fabric, characterized by its waffle-like uneven texture, is officially known as thermal. The raised areas touch the skin while the recessed areas trap air, providing excellent insulation—making it ideal as an inner layer for the fall and winter seasons. In fact, similar garments were issued to soldiers dispatched to cold regions during wartime. Originally designed as underwear, thermal items are often made with thin fabric to avoid bulkiness when layered. However, BARNS HIGHEST has taken a different approach by using a super heavyweight fabric, turning this traditionally under-the-radar item into a standout piece that can be worn on its own. To add a subtle sense of exclusivity, this item is finished with buttons made by Button Works.

"Tough & Tough"

This ultra-heavyweight fabric, densely knitted to the extreme, delivers an unmatched and distinctive texture that sets it apart. The more you wear it, the more it conforms to your body—yet its substantial thickness helps it maintain its shape for years to come. A piece designed to be worn not just for a season, but for many. Reinforced with piping at the placket for both durability and design detail, this item is full of thoughtful touches—including color-coordinated buttons made by Button Works that match each body color. A garment that truly embodies the word "tough" in every stitch.

A slightly relaxed silhouette is adopted to ensure it doesn't feel bulky when worn on its own. It’s designed to look great even as a standalone piece.

The sleeve cuffs are intentionally left without ribbing to create a more casual look. Even when the sleeves are rolled up, the natural stretch of the thermal fabric helps keep them in place.

Thermal wear made with waffle fabric featuring a textured surface is a staple item not only in American casual style, but also in military and outdoor wear. The uneven texture of the fabric creates layers of air when worn, enhancing its heat-retention properties and offering functional warmth.