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Ansell HyFlex 11-250

Ansell HyFlex® 11-250 Our best Cut Sleeves, now made green

Protect arms with Ansell HyFlex 11-250 Cut Sleeves. Now made with 90% recycled yarn for sustainable, high-performance safety. Shop Ansell HyFlex now!

Cut Resistance
ANSI Level A3 / EN ISO Cut Level B
Material
90% Recycled Nylon, Spandex, Basalt
Knit Gauge
15 Gauge
Certifications
EN 388:2016 (2X42B), Oeko-Tex® Standard 100
Sustainability
Made with 90% Recycled Yarn
Color
Green
Length Options
12" (30cm), 16" (40cm), 18" (45cm)
Special Features
Elasticated top and wrist; optional thumb slot

Equipment Analysis

Eco-Friendly High-Performance Arm Protection

The Ansell HyFlex® 11-250 represents a leap forward in sustainable personal protective equipment. These industry-leading cut-resistant sleeves are now made green, incorporating 90% recycled nylon yarn. Designed for workers who require elite protection against sharp edges, these sleeves reduce your environmental footprint without compromising on the legendary HyFlex® safety standards.

Advanced INTERCEPT™ Technology

Engineered for maximum safety and all-day comfort, the 11-250 series focuses on wearer mobility and high-level defense.

  • INTERCEPT™ Cut Resistance Technology: Provides exceptional protection against cuts and lacerations, making them ideal for handling glass, metal, and sharp components.

  • Sustainability-Focused: Utilizing recycled nylon reduces the carbon footprint by 3.5g CO2eq per pair compared to standard nylon sleeves.

  • Seamless Design: The 15-gauge knit ensures a soft feel against the skin and prevents irritation during long shifts.

  • Oeko-Tex® Certified: Guaranteed to be free of harmful substances, ensuring skin-friendly protection for all users.

Industrial Benefits and Use Cases

The HyFlex® 11-250 is the premier choice for automotive assembly, metal fabrication, and glass manufacturing. Its lightweight, breathable construction makes it perfect for workers in machinery and equipment maintenance who require reliable arm protection that stays in place during active movement.

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