Men's Tommy Hilfiger Corporate Beach Sandal black (FM0FM05436BDS)

Men's Tommy Hilfiger Corporate Beach Sandals in black offer a combination of lightweight construction and functionality essential for summer activities. This model is designed for comfortable use at the beach and in everyday sporty styles.

Non-slip outsole

The model features an outsole made from high-quality material, ensuring durability and abrasion resistance when in contact with various surfaces. The presence of a non-slip surface on the outsole significantly enhances stability even on wet ground. This technology contributes to safety and confidence with each step, which you will appreciate both by the water and during city walks.

Durable polyester upper

The upper is made from polyester, providing appropriate lightness and quick drying after contact with water. This material is characterized by good resistance to stretching and mechanical damage, making the Tommy Hilfiger Corporate Beach Sandals suitable for intense use. The use of synthetic fibres also contributes to easy maintenance without losing practical properties.

Summer functionality Sportstyle

The sandals are designed in the Sportstyle category, meaning they are versatile for summer outings. The model is perfect for both the beach and everyday situations that require lightweight and breathable footwear. The thoughtful design combines comfort, durability, and functionality tailored to activities in warm conditions.

Men's Tommy Hilfiger Corporate Beach Sandals black - features:

• Outsole made from high-quality abrasion-resistant material;
• Non-slip surface on the outsole enhancing stability on wet surfaces;
• Polyester upper ensuring lightness and quick drying;
• Resistance of materials to stretching and mechanical damage;
• Sportstyle - versatile use for summer activities and daily wear;
• Design focused on comfort and wearability;
• Easy to clean thanks to the use of synthetic fibres;
• Design suited for use at the beach and in urban spaces;
• High functionality ensured by modern materials;
• Durability of individual shoe components for intense use.