Pantalón de trabajo NEO TOOLS Mix&Match, elasticidad 4 direcciones, negro-verde, talla L

On a busy construction site or in a demanding workshop, the NEO TOOLS Mix&Match work trousers keep you moving freely and your tools within reach. Built with a 4-way stretch panel fabric and reinforced with Cordura®, these trousers combine flexibility with rugged durability. The black-green colourway looks professional while hiding dirt, and the regular fit offers all-day comfort.

Key specifications

• Main fabric: 47% cotton, 53% polyester with 2-way stretch
• Panel fabric: 91.5% polyamide, 8.5% elastane with 4-way stretch
• Reinforcement: 100% Cordura® polyamide at high-wear areas
• Knee protection: Snickers KneeGuard™ system for optimal knee pad positioning
• Pockets: Holster pockets, ruler pocket, cargo pocket, front pockets, back pockets, knee pad pockets
• Leg design: Pre-bent legs for natural movement
• Adjustable leg endings for a custom fit
• Tool holders: Tool loops and knife button
• Reflective details for visibility
• Certifications: EN 14404 (with Snickers knee pads)
• Machine washable at 60°C
• Size: L (Large)

Why choose it

These trousers are engineered for professionals who need unrestricted movement without sacrificing durability. The 4-way stretch panels allow you to kneel, bend, and climb with ease, while Cordura® reinforcements stand up to abrasion. The Snickers KneeGuard™ system ensures your knee pads stay exactly where you need them, and the multiple pockets keep tools and essentials organized. Reflective details enhance safety in low-light conditions.

Ideal use cases

• Construction and carpentry
• Electrical and plumbing work
• Warehouse and logistics
• Maintenance and repair
• Any job requiring mobility and tool access

Good to know

The trousers are certified to EN 14404 when used with Snickers knee pads, providing reliable knee protection. The adjustable leg endings let you tailor the length over boots or shoes. Machine washable at 60°C for easy care. Regular fit with pre-bent legs ensures comfort during long shifts.