Timberland Men's 6 in Hypercharge Nt Fp S3

Timberland Men's 6 in Hypercharge Nt Fp S3 Fire and Safety Shoe

• Warm contact resistant sole, up to 300°C. Features Ladder LockTM sole radius. Oil resistant. Anti-slip. Abrasion resistant. It leaves no marks. Composite safety tip powered by Carbon Shield technology. Anti-fatigue technology.
• Molded plate for shock diffusion. Puncture-resistant non-metallic plate. Lightweight shock-absorbing EVA midsole.
• Outer Material: Leather
• Inner Material: Synthetic
• Sole: Rubber
• Closure: Lace-Up
• Heel Type: Flat

• Material Composition: Full grain leather/polyurethane.
• Shoe Width: Medium
• Independent suspension network technology. Full grain skin. Waterproof membrane.
• Breathable and breathable lining with antimicrobial treatment for odor control. Exclusive NetworkTM independent suspension system for superior control, support and agility. Composite safety tip powered by Carbon Shield Tech.
• Puncture-resistant non-metallic plate. Polyurethane footbed with anti-fatigue technology for shock absorption and energy return. Stable stability platform of Stride technology.
• Material composition: full grain leather/polyurethane.
• Sole material: rubber
• Strap type: ankle strap

Warm contact resistant soles, up to 300°C. With Ladder LockTM sole radius. Oil resistant. Anti-slip. Abrasion resistant. It leaves no marks. Composite safety tip with Carbon Shield technology. Polyurethane anti-fatigue technology. Molded plate for shock diffusion. Puncture-resistant non-metallic plate. Lightweight and cushioning midsole. Independent suspended network technology. High quality full grain leather. Waterproof membrane. Breathable and breathable lining with antimicrobial treatment for odor control. Exclusive Independent Suspension NetworkTM system for superior control, support and agility. Composite safety tip with Carbon Shield technology. Non-metal puncture resistant plate. Polyurethane footbed with anti-fatigue technology for shock absorption and energy return. Stable platform with Stride technology.