BIRKENSTOCK Arizona EVA Narrow roast slides (1027402)

The BIRKENSTOCK Arizona EVA Narrow roast flip-flops offer a combination of technical solutions with everyday comfort and performance during sports activities. The construction features a uniform EVA foam that provides the shoe's fit and flexibility.

EVA foam throughout the construction

This model uses EVA foam in the upper, insole, and outsole, resulting in low weight and durability. This material is characterised by its resistance to deformation and mechanical damage. An additional advantage is the quick-drying nature of the foam, which enhances the functionality of the flip-flops in humid conditions.

Sportstyle cushioning technology

The use of Sportstyle cushioning technology guarantees a high level of comfort even during prolonged use. The appropriate elasticity of the EVA foam effectively absorbs shocks generated while walking. The cushioning properties translate to a feeling of softness underfoot, which will be appreciated by users who value comfort every day.

Functionality and everyday comfort

The Arizona EVA Narrow flip-flops from BIRKENSTOCK are characterised by their easy on-and-off design and precise fit to the foot. The ergonomic shape of the outsole supports natural movement while walking. The all-foam construction does not absorb water, making this model an optimal choice for use at the pool, beach, or in home environments.

BIRKENSTOCK Arizona EVA Narrow roast - features:

• Upper made from durable EVA foam;
• EVA foam insole with cushioning properties;
• Outsole made from flexible EVA foam;
• Sportstyle cushioning technology for enhanced comfort;
• Ergonomic shape supporting the natural movement of the foot;
• Low weight due to the use of EVA foam throughout the construction;
• Quick-drying material ensuring functionality in humid conditions;
• Water-resistant construction for versatile use;
• Easy on-and-off design and precise fit to the foot;
• Model dedicated to everyday use and activities by the water;
• Resistance to deformation and mechanical damage.