Premium 1.7mm Napa Grain PVC Leather: The Versatile Material for Your Creations

Discover the ultimate material for designers and manufacturers: our high-quality 1.7mm Napa Grain PVC Leather. This double-faced leather is engineered for durability, style, and versatility, making it an ideal choice for a wide range of applications including bags, luggage, apparel, and notably, footwear. Sourced from Guangzhou, a hub of manufacturing excellence, this material represents the perfect blend of aesthetics and functionality.

With a substantial thickness of 1.7mm, this PVC leather offers exceptional structure and resilience. The 140cm width ensures maximum yield and efficiency for your production processes, minimizing waste. The Napa grain texture provides a sophisticated, tactile finish that mimics genuine leather, offering a premium look at a competitive price point. Item 314 Napa Grain is its identifier, a testament to its consistent quality.

Available in a stunning palette of 48 in-stock colors, this material gives you unparalleled creative freedom. Whether you're crafting bold statement pieces or classic designs, the perfect shade is ready for you. Remember to specify your color choice when ordering! This product is part of our cross-border export supply, specifically tailored for platforms like eBay and targeting key markets such as Africa.

Backed by the reputable brand Yason, this product assures reliability. It is a source with authorizable proprietary branding, allowing you to build your own product line with confidence. The black specification highlighted is just one example of its deep, uniform coloration. Ideal for footwear applications, its robust nature provides the support and longevity required for shoes, while its double-sided finish opens possibilities for innovative design details.

Choose this 1.7mm Thick Double-Faced Leather for your next project. It's more than just a material; it's a foundation for quality, market-ready products designed to succeed on global platforms and captivate customers in diverse regions.