JORDAN 1 MID x STARFISH PURE PLATINUM

Product Description:

• Design Authenticity:

• The JORDAN 1 MID x STARFISH PURE PLATINUM replica faithfully replicates the classic Jordan 1 silhouette, featuring a mid-top design for a versatile look.
• The colorway combines a striking mix of Starfish orange, Pure Platinum, and white accents for a bold, fashionable appearance.
• Nike Swoosh and Jordan branding are precisely placed to mirror the authentic design, showcasing the iconic logo on both sides of the shoe.

• Material Specifications:

• The upper is made of textured calfskin-grade PU leather, offering a luxurious appearance with the durability of synthetic materials.
• The midsole is constructed from lightweight EVA foam, providing cushioning and ensuring comfort throughout daily wear.
• The outsole is crafted from durable rubber, featuring a herringbone tread pattern for superior grip and traction.

• Precision Crafting:

• Triple-stitch reinforcement is employed in high-stress areas, ensuring the shoe's durability and resistance to wear.
• Perforated holes are strategically placed on the toe box for ventilation, improving airflow and breathability during use.
• The design is completed with fine molding techniques, offering a seamless finish and an exact replica of the original Jordan model.

• Functional Engineering:

• A 12mm shock-absorbing midsole offers comfort by minimizing impact during walking or running, enhancing the shoe's overall functionality.
• The rubber outsole with deep tread grooves provides reliable traction, ideal for various surfaces and weather conditions.
• The arch support is designed to match the natural foot shape, providing ergonomic comfort for long-lasting wear.

• Care Protocol:

• Clean the textured calfskin-grade PU leather upper with a pH-neutral cleaner to prevent degradation and maintain its appearance.
• Use a soft brush to gently clean the rubber outsole, preserving the tread pattern and improving traction.
• Store the shoes in a cool, dry place to avoid shape distortion and maintain their long-term structural integrity.