$50.00 – $58.00
STAY-COOL WICKING
LAYERABLE WARMTH
STRETCH
FLATLOCK SEAMS FOR COMFORT
REFLECTIVE DETAILS
| Weight | N/A |
|---|
Strengthen your style impact. 4.9-ounce, 90/10 combed ring spun cotton/poly, 30 singles Tear-away label 1×1 rib knit neck Shoulder to shoulder taping Relaxed fit
Why did we name this stretchable crew the 1.5? Because it’s light enough to wear as a tee, but warm enough to be a light layer. 5.6-ounce, 88/12 poly/spandex Removable tag for comfort and relabeling Coverstitch seams throughout Thumbholes to keep hands warm
Made to work, this high-performance polo can handle whatever your job dishes out. Snags, wrinkles, odors and moisture don’t stand a chance-this rugged polo shrugs them off so you maintain a clean, professional appearance. | 6.6-ounce snag-proof polyester Rental friendly Tag-free label Flat knit collar 3-button placket with dyed-to-match buttons Left chest pocket Open hem […]
With moisture wicking and stretch, you’ll feel the power of performance in this polo that’s also brushed for comfort. 4.7-ounce, 91/9 polyester/spandex Self-fabric collar Debossed New Era neck taping Heat transfer label for tag-free comfort Raglan sleeves 3-button placket with branded New Era buttons Reflective silver heat transfer New Era flag logo on left sleeve […]
Our trusted, wrinkle-resistant SuperPro Oxford comes with a classic stripe design to keep you looking your professional best all day long. 4.6-ounce, 60/40 cotton/poly Wrinkle-resistant Stain release Open collar Bust darts Back shoulder pleats Rounded adjustable cuffs Contrast fabric inside collar and under cuffs Contrast buttonholes on sleeve placket and cuffs
LAYERABLE WARMTHSTRETCHFLATLOCK SEAMS FOR COMFORTREFLECTIVE DETAILS| 7.4-ounce, 95/5 poly/spandex jersey Reflective OGIO heat transfer label for tag-free comfort Zip-through cadet collar Reflective O heat transfer at back neck Reflective welding around zippered chest pocket Tonal embossed O pattern at side panels Lower front zippered pockets Set-in sleeves with shaped cuffs Reflective O heat transfer at […]
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