The Red Kap Men's Enhanced Visibility Cargo Pant is the perfect choice for those who require both comfort and safety on the job. This pant is designed with a comfortable folder set waistband and high-visibility trim around the knees and calves to keep you both comfortable and seen. The blend of 65% polyester and 35% cotton provides both durability and comfort, making it easy to wear for long hours on the job.
The heavy-duty brass ratcheting zipper and button closure ensure that the pant stays securely in place, while the two slack-style front pockets, two set-in hip pockets, and two patch leg pockets with inverted center pleats provide ample storage for your tools and essentials. The waistband is inner-lined for body and shape, ensuring a comfortable fit, and the synthetic blend pocketing and waistband trim provide additional durability.
In addition, this pant features a durable press finish and soft hand twill, making it both functional and stylish. The two rows of 2½" yellow/silver/yellow enhanced visibility trim around both leg thighs further enhance your visibility and keep you safe while working in low-light conditions. Whether you're truck driver, working in construction, maintenance, or any other demanding industry, the Red Kap Men's Enhanced Visibility Cargo Pant is an excellent choice.
Blend: 65% Polyester / 35% Cotton
Care: Industrial Wash, Light Soil or Home Wash
Closure: Heavy-duty brass ratcheting zipper, button closure
Color: Navy with Yellow/Silver/Yellow High Visibility Trim (EN)
Fabric: 7.5 oz. Twill
Finish: Durable Press
Pocket: Two slack-style front pockets, two set-in hip pockets, left has button closure, darts over hip pockets, two patch leg pockets with inverted center pleat, one-piece pocket flap with mitered corners, two concealed snap closures
Waistband: Inner-lined for body and shape, folder-set band with outlet
Synthetic blend pocketing and waistband trim
Soft hand twill
Two rows of 2½" yellow/silver/yellow enhanced visibility trim around both leg thighs
This product does not comply with ANSI 107-2004 or ANSI 107-2010.