RTO or WFH: Kit + Ace brrr° Collection Offers Comfort

From your home office to your in-person meetings and everywhere in between, the Kit + Ace collection of short-sleeve and long-sleeve button-front shirts for men and women will keep you cool, dry, and comfortable so you can do your best work.

Made with a poplin blend of brrr° cooling nylon fabric and cotton with a touch of spandex for stretch, the men’s Acadia Short Sleeve Poplin Shirt is a lightweight wardrobe staple that stays crisp and fresh all day long. It’s available in a subtle herringbone pattern in a variety of colors and patterns, plus there’s a long-sleeve version.

For women, Kit + Ace has the Celina Boxy Button Down, which is built for warmer days with a breathable design and boxy silhouette that lets air move freely while still draping beautifully around your body. Made with a brrr° nylon/cotton/poly blend spandex for stretch, it’s a go-to wardrobe workhouse.

If you prefer a more fitted look, try the Celina Contrast Trim Shirt for a fresh take on the classic button-down. With a relaxed silhouette, subtle contrast detailing and a hidden placket, it’s polished but not precious. Made with Kit + Ace’s PopTec brrr° nylon/cotton/poly/spandex blend, it will help keep you cool, dry, comfortable, and confident when life brings the heat.

Kit + Ace’s brrr° collection was designed for effortless style and all-day comfort. The fabrics feature brrr° patented cooling minerals, active wicking, and rapid drying — three technologies that work together to create a Triple Chill Effect™ that lasts all day.

brrr° cooling fabric instantly and continuously draws heat and moisture away from your skin.

It is immediately cool to the touch for a powerful differentiator at point-of-sale, and it continues to cool as long as it touches your skin.

brrr° cooling fabric technology is embedded inside yarn of the fabric, so it lasts the life of the garment and won’t fade or wash out over time.

Every brrr° fabric is independently tested by globally recognized labs to prove its superior cooling, wicking, and drying properties.

Learn more here.