Men's Timberland Mylo Bay black canvas trainers (TB0A662WEK71)

Men's Timberland Mylo Bay black canvas sneakers are an excellent choice for men who value style and comfort. These slip-on sneakers combine modern design with technologies that guarantee comfort and functionality. Made from fabric, they provide breathability, making them ideal for warmer days. The low ankle height adds versatility, allowing for easy matching with various outfits.

Innovative technologies

The men's Timberland Mylo Bay black canvas sneakers stand out due to the use of advanced technologies, such as ReBOTL™, Refibra™, and Tencel™. The ReBOTL™ technology is responsible for using recycled materials, which is a conscious choice for those who care about the environment. Refibra™ is an innovative technology that combines cellulose fibres with recycled materials, increasing durability and wearing comfort. Meanwhile, Tencel™ provides softness and breathability, further enhancing user comfort.

Wearing comfort

The insole made of ethylene-vinyl acetate (EVA) in the Timberland Mylo Bay sneakers offers exceptional comfort and cushioning while walking. The rubber outsole ensures excellent grip and stability on various surfaces. The slip-on style makes it easy to put on and take off the shoes, which is a practical solution for everyday use.

Sustainability

The men's Timberland Mylo Bay black canvas sneakers are made from recycled materials, highlighting Timberland's commitment to environmental protection. The use of recycled materials makes these shoes a conscious choice for those who wish to combine fashion with ecological responsibility. Thus, every step in these sneakers is a step towards a more sustainable future.

Men's Timberland Mylo Bay black canvas sneakers - features:

• Made from breathable fabric;
• Rubber outsole ensuring grip;
• Slip-on style for easy putting on;
• Advanced technologies ReBOTL™, Refibra™, and Tencel™;
• Insole made of ethylene-vinyl acetate (EVA) for extra comfort;
• Low ankle height increasing versatility;
• Recycled materials supporting environmental protection;
• Recycled materials for sustainability.