Portwest EV4 Hi-Vis Expedition Trouser

The EV4 Hi-Vis Expedition Trouser features dynamic stretch waterproof fabric with a high-loft down-like fill to ensure unparalleled warmth and comfort. Its ergonomic design allows for an unrestricted range of motion, offering greater freedom of movement. Additional features include zipped breathability panels at knees, laser cut holes for ventilation, built-in articulation, inner snow gusset at hem and abrasion resistance at knees for enhanced protection against the elements.

FEATURES:

• Premium waterproof and breathable fabric with mechanical stretch properties
• Waterproof with taped seams, preventing water penetration
• Extremely water-resistant,  PFAS-free Texpel™ Splash Eco fabric finish, water beads away from the fabric surface
• InsulatexPro lining offers superior warmth without adding unnecessary weight
• EN342 Protection against cold certified up to -40°C
• Laser cut holes for added ventilation
• Mesh ventilation to help wick away moisture from the skin
• CorePro Armour Re-enforcement
• Hook and loop adjustable waist tabs for a customisable fit
• Zipped ankles for easy fitting over work boots
• Elasticated gussets to ease foot entry
• Stretch crotch gusset provides maximum flexibility and reduces stress
• Webbing belt loops for extra durability
• D-ring for keys or ID cards
• 2 side zip pockets for secure storage
• 1 Thigh pocket with zip closure
• 1 Patched thigh pocket
• 1 Zip back pocket
• Waterproof zips to prevent water penetration
• 1 Back pocket
• 1 Hammer loop
• Engineered with an active fit
• Easy grip pullers attached to all zips
• Durable, breathable, windproof and water-resistant fabric
• Heat applied segmented reflective tape for added visibility
• 6 pockets for ample storage

Portwest Extreme Waterproof and Breathable: 100% Polyester Stretch, 150D, PU Membrane 160g

100% Polyester Stretch 75D Pongee 80g

Insulatex™ Pro: 100% Polyester 290g

Standards

• EN ISO 20471 Class 2
• RIS 3279 TOM Issue 2 (Orange Only)
• EN 343 Class 4:1 X WP 20,000MM
• EN 342 0.398 (M².K/W), 2, X