Blaklader 1622 4-Way Stretch Pants with Detachable Utility Pockets - Black

Blaklader 1622 4-Way Stretch Pants: The Ultimate in Comfort and Durability

Prepare yourself for the ultimate work pant. First and foremost, we've crafted Blaklader 4-Way Stretch Pants with an all-new 4-way stretch fabric, providing unparalleled flexibility and comfort. Furthermore, a newly designed kneepad pocket, CORDURA® reinforcements, and detachable utility pockets. These are only some of the features that make this pant one of the best we've ever made. Be one of the first to experience a true revolution in workwear.

The foundation of these pants is a high-quality fabric, specifically 93% polyamide and 7% elastane. Consequently, this 295 g/m² Dobby, 4-way stretch material, along with a mesh panel on the back of the knee. This ensures maximum breathability and freedom of movement. In addition, we use CORDURA®-stretch. This reinforces the nail pockets, back pockets, ruler pocket, leg pockets, knees, and hem, guaranteeing exceptional durability.

Key Features of the Blaklader 4-Way Stretch Pants:

• Details: Firstly, a plastic zipper fly offers convenience. Moreover, a wide loop at the back, two side loops with a button for a hammer holder, and metal buttons provide functional utility. Beyond that, a knife holder with a button, a D-ring in the waistline, and a reinforced crotch seam all contribute to their rugged design.

• Pockets: Additionally, you'll find an abundance of smart storage options, including back pockets with a bellow, a leg pocket with a bellow, flap, pen pocket, and a telephone pocket. We also include nail pockets that are removable, with tool holders and an extra zippered pocket. Furthermore, a reinforced ruler pocket with a knife holder and a pen pocket provides dedicated space for your essential tools.

• Finish: Finally, a CORDURA®-reinforced leg bottom and an adjustable drawstring allow you to customize the fit while protecting against wear and tear. For added visibility, reflective details on the legs keep you safe in low-light conditions.