Customer Favorite Ariat Fr Women's Duralight Canvas Straight Leg Pant Up To 55% Off [VWvNytY0]

ARIAT Women's Duralight Canvas Straight Leg Pant

Introducing the ARIAT FR Women's Duralight Canvas Straight Leg Pant, designed to provide both comfort and durability for demanding work environments. Engineered with a blend of 74% cotton, 24% nylon, and 2% spandex, this pant offers exceptional flexibility and breathability, ensuring you stay comfortable throughout your shift. The 9 oz FR lightweight stretch canvas fabric is not only comfortable but also meets the highest safety standards, as it is certified under NFPA 2112 and provides a 14 cal/cm² - HRC 2 heat resistance rating.

Key Features and Specifications

The ARIAT FR Women's Duralight Canvas Straight Leg Pant boasts several standout features. First, the mid-rise design offers a comfortable fit that keeps you feeling secure throughout your day. The abrasion-resistant fabric is built to withstand the rigors of heavy-duty work, while the DuraStretch™ technology ensures durability and flexibility. Additionally, the pant is reinforced with triple stitched seams for extra strength. Practical features like the utility pocket and adjustable waist sizing further enhance the utility and comfort of this versatile pant.

Benefits and Practical Uses

Whether you're working in a warehouse, on a construction site, or in any other industrial environment, the ARIAT FR Women's Duralight Canvas Straight Leg Pant is an essential addition to your work wardrobe. Its combination of comfort, durability, and safety features make it an ideal choice for a wide range of applications. From its heat-resistant fabric to its triple stitched seams, this pant is designed to protect you from the hazards of your job. Plus, with waist sizing options ranging from 0 to 18 and inseam lengths available in short, regular, and tall, there's a perfect fit for every woman. Upgrade your work attire with the ARIAT FR Women's Duralight Canvas Straight Leg Pant and experience the perfect balance of style and functionality.