Women's Cooling Short Sleeve Work Shirt, Lilac Heather
Free Shipping — No Minimum Purchase
Enjoy FREE Standard Shipping on any order. Some exclusions apply. This offer goes into effect after all other discounts are taken and prior to taxes being applied. The discount will be applied at Checkout when you select from Standard Ground, USPS P.O. Box or APO/FPO shipping methods.
Free Returns and Exchanges
Returns are quick and easy using our online return center. We will accept returns for refunds to the original form of payment within 90 days from the purchase date. If for any reason we are unable to apply the refund to your original form of payment, we will issue the refund for the full purchase price in the form of a gift card to Dickies.com. Detailed Return Instructions
Show up and show off your signature workwear style in Dickies Women’s Temp-iQ® Short Sleeve Work Shirt. The silhouette features updated back seams that offer a slimming feminine fit. Engineered to maximize mobility with Dickies® FLEX fabrication, you will be able to move smart while looking even smarter in this purpose-built work shirt. Advanced Temp-iQ™ intelligent cooling technology detects when your core body temperature rises and releases an instant cooling sensation. The full button closure features durable metal snap buttons while the dual front snap button pockets are equipped with a mesh lining to safeguard your gear. Protection comes standard in low visibility conditions as well with Dickies’ reflective logo at the front hem, proving your appreciation for authentic workwear styling.
- Dickies® FLEX fabrication for ultimate mobility
- Intelligent Temp-iQ® cooling for advanced temperature control
- Moisture wicking
- Dual front snap button pockets with mesh pocket bags
- Back contoured seams for feminine fit
- Reflective logo label for visibility
- Snap button closure
- Plaids: 3.4 oz. Plain Weave 56% Polyester/30% Recycled Polyester/10% Nylon/4% Spandex
- Solids: 4.3 oz. Plain Weave 67% Polyester/30% Recycled Polyester/3% Spandex
- Lilac Heather