Timberland PRO Men's Titan EV Oxford Composite Safety Toe Industrial Casual Work Shoe, Black, 10 Medium

Timberland Men Shoes

Experience unmatched comfort and protection on the job with the Timberland PRO Men's Titan EV Oxford Composite Safety Toe Industrial Casual Work Shoe. Designed for hardworking professionals who demand both performance and style, these work shoes combine industrial-grade safety features with all-day comfort technology to keep you going strong from clock-in to clock-out.

Revolutionary Comfort Systems

The Titan EV Oxford is engineered with Timberland PRO's cutting-edge comfort technology. The Anti-Fatigue Technology comfort system utilizes shock-absorbing, geometrical technology that returns energy back to your foot with every step, reducing fatigue during long workdays. This innovative design helps you maintain energy levels throughout your shift, allowing you to stay productive and comfortable.

At the core of the shoe's comfort is the proprietary HoverSpring foam – a lightweight, ultra-cushioned material that provides industry-leading underfoot comfort and flexibility. Despite its soft feel, this foam is durable enough to withstand the harshest work environments, ensuring your shoes remain comfortable and supportive job after job.

Advanced Safety Features

Safety is paramount in any workplace, and these Timberland PRO shoes deliver with their composite safety toe. This lightweight, non-metallic, asymmetrical-shaped toe cap meets stringent US safety standards including ASTM F2412-18a and ASTM F2413-18 I and C impact and compression requirements. You'll have the protection of a traditional steel toe without the added weight or thermal conductivity.

The shoe outsole features Timberland PRO Rubber, a heat-resistant compound specifically formulated to offer enhanced slip, oil, and abrasion resistance. This specialized rubber helps you maintain traction on challenging surfaces, reducing the risk of slips and falls in the workplace.

Superior Slip Resistance

Meeting the Slip-Resistant Oily (SRO) requirements of ASTM F2413, F2892, or F3445 when tested to F2913, these shoes are designed to perform in wet, oily, or slick conditions that commonly occur in industrial environments. The innovative tread pattern design effectively channels liquids away from your contact points, providing reliable traction in the most challenging conditions.

Professional Style

Beyond its functional performance, the Titan EV Oxford boasts a casual-yet-professional appearance that transitions seamlessly from the job site to after-work activities. The sleek black design offers a polished look that maintains a professional appearance while delivering the durability and protection expected from Timberland PRO footwear.

Engineered for Demanding Work Environments

Timberland PRO has been creating innovative work footwear for professionals across industries for decades. The Titan EV Oxford exemplifies their commitment to merging advanced technology with practical design. At just 1.4 pounds, these shoes won't weigh you down during your workday, yet they provide heavyweight performance when it comes to comfort, safety, and durability.

Why Choose Timberland PRO?

Timberland PRO combines decades of footwear expertise with insights from real professionals across industries to create footwear that addresses real workplace challenges. Each pair of shoes undergoes rigorous testing to ensure they meet the highest standards for comfort, durability, and protection. When you choose Timberland PRO, you're choosing footwear that's built as tough as the people who wear it.

✅ Pros

• Advanced Anti-Fatigue Technology reduces foot fatigue during long workdays
• Lightweight composite safety toe meets ASTM safety standards without the weight of steel
• Proprietary HoverSpring foam provides exceptional underfoot comfort that lasts
• Heat-resistant outsole offers superior slip, oil, and abrasion resistance
• Professional appearance that works both on and off the job site

❌ Cons

• Composite toe may provide slightly less impact protection than steel alternatives
• May require a short break-in period for maximum comfort