Versatile Cariuma Shoes Catiba Pro Charcoal Grey Contrast Ivory Perfect Gift [sBdkStiR]

Cariuma Shoes Catiba Pro: Premium Skate Shoe

Introducing the Cariuma Shoes Catiba Pro, a premium skate shoe designed for both style and performance. This innovative footwear is crafted with durability and comfort in mind, offering the best grip possible for your skateboarding adventures. The CATIBA Pro combines board feel with ultimate traction, ensuring a stable and secure fit. Its reinforced flick point provides extra ankle stability, making it the perfect choice for skaters who demand both quality and reliability.

Product Specifications

The Cariuma CATIBA Pro is built to last with premium materials. The upper features triple-stitch construction, combining premium suede and organic cotton canvas for a luxurious feel. Inside, the lining is made of cotton canvas, providing a breathable and comfortable environment. The sole is made from 100% slip-resistant natural rubber, ensuring a firm grip on any surface. The insole is crafted with Mamona oil and bio-based cork, offering both comfort and sustainability. The laces are made from recycled plastics, and the debossed metal aglets add a touch of sophistication. The shoe is handmade using vulcanized construction and stitched midsole for long-lasting durability.

• Upper: Triple-stitch, premium suede & organic cotton canvas
• Lining: Cotton canvas

Practical Uses and Benefits

The Cariuma Shoes Catiba Pro is not just a skate shoe; it's a versatile companion for daily life. Its comfortable fit and stable ankle support make it ideal for casual wear as well. Whether you're skateboarding, walking, or just relaxing, these shoes provide the comfort and durability you need. The unique design, with its charcoal grey contrast thread and ivory logo, adds a stylish touch to any outfit. The CATIBA Pro is perfect for skaters, fashion enthusiasts, and anyone looking for a high-quality, eco-friendly shoe. With its combination of performance and style, it's a must-have for anyone who values both form and function.