Josef Seibel 55322-65
425 items in stock at third-party supplier
Colour
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Product details
Discover the Calais 22 by Josef Seibel, a half shoe in burgundy that represents the perfect symbiosis of modern comfort and high-quality materials. This women's shoe model combines elegance with coziness, making it an ideal choice for those who value quality and sustainability. Made from shiny patent leather, specifically cowhide, and equipped with a black PU sole that boasts extremely soft and flexible properties due to its polyurethane material, this shoe guarantees long-lasting comfort and ease with every step. The direct injection method, a manufacturing technique where the sole is injected directly into the sole shape, seamlessly connects with the upper material, providing the shoes with unparalleled flexibility and lightness. The lacing allows for a personalized fit, while the option to remove the insole and replace it with a custom orthopedic footbed highlights the functionality and adaptability of this shoe. Whether for outdoor leisure activities or as a companion to casual fashion events, the Calais 22 offers numerous wearing possibilities. With this shoe, you can explore the world, enjoy long walks, or simply shine in everyday life without compromising on comfort or style. Josef Seibel focuses on sustainability and durable products, making the Calais 22 far removed from fast fashion practices and part of the slow fashion movement. Experience for yourself how the love for detail and dedication to quality craftsmanship is felt in every step.
Shoe type | Low shoe leisure |
Target group | Women |
Material | Cowhide |
Sole material | Polyurethane |
Exact colour description | Bordo |
Item number | 45643676 |
Manufacturer | Josef Seibel |
Category | Lace-Ups |
Release date | 12.5.2024 |
Colour | Red |
Exact colour description | Bordo |
Upper | Leather |
Material | Cowhide |
Sole material | Polyurethane |
Target group | Women |
Shoe type | Low shoe leisure |
Shoe size (EU) | 42 |
Toe | Round |
Country of origin | Hungary |
CO₂-Emission | |
Climate contribution |