Portwest KX3 Tech Jogger Work Trousers

Portwest KX3 Tech Jogger Work Trousers product features :

• Double-sided fabric - Double-sided fibers provide adequate warmth while maintaining freedom of movement - a solution designed for active work.
• High breathability and moisture wicking - The material provides very good ventilation and sweat wicking, which significantly increases comfort during long shifts.
• Reinforced panels for durability - Reinforcements in critical areas increase abrasion resistance and extend the life of the trousers.
• Elasticated waistband - Fully elasticated waistband provides a comfortable, pressure-free fit for comfort while moving.
• Elastic cuffs - Elastic cuffs on the legs improve the fit and prevent snagging on tools or workstation components.
• Secure Zippered Pockets - Two side pockets and one back zippered pocket provide secure storage for small items and tools.
• Three spacious pockets - The arrangement of three spacious pockets allows you to conveniently carry the necessary accessories while working.
• Waist adjustment - The waist adjustment feature makes it easy to adjust the trousers to your figure and preferred comfort.
• Modern cut for professionals - The shape of the trousers was designed with professionals in mind - combining functionality with a modern, neat look.
• Material composition - Outer material: 75% polyester , 16% viscose, 9% elastane (330 g). Contrast fabric: 94% polyester , 6% elastane with breathable TPU foil.

FAQ - Portwest KX3 Tech Jogger Work Trousers

What are Portwest KX3 Tech Joggers made of?
The outer material is 75% polyester , 16% viscose and 9% elastane (330 g). The contrast fabric is 94% polyester and 6% elastane with a breathable TPU film.

What pockets do these pants have?
The trousers are equipped with two side zippered pockets, one back zippered pocket and a total of three large pockets for storing small items.

In what situations does double-sided material provide the greatest benefits?
As described, the double-sided material provides adequate warmth and unrestricted movement – so it will be beneficial in conditions requiring both thermal insulation and high mobility.