EconoVelvet Microfiber Leather is an economical double-sided velvet-like microfiber leather material, distinguished by its unique plush feel and leather-like surface texture, making it an ideal choice for versatile applications. This product is particularly well-suited for footwear, garment accessories, luggage, sofas, and various other products, offering outstanding performance in terms of abrasion resistance, folding resistance, and tear resistance.
High softness index of 4.5/5, providing a silky velvet touch.
Leather-like texture for a comfortable user experience.
Abrasion and Folding Resistance
After 20,000 abrasion tests, the surface shows no significant wear, with abrasion resistance improved by over 30%.
Flexibility tests indicate no noticeable wear or cracks after 100,000 folds.
Tear strength reaches 60 Newton per cm, a 40% improvement compared to traditional microfiber leather.
Maintains excellent performance and stability under extreme usage conditions.
Footwear Manufacturing: Suitable for sports shoes, casual shoes, etc., providing durable and comfortable shoe materials.
Garment Accessories: Used for decorating and detailing high-end clothing.
Luggage Products: Ideal for various bags, offering durability and an attractive appearance.
Furniture Sofas: Suitable for covering furniture surfaces, such as sofas and chairs, providing durable and comfortable materials.
Material: High-quality microfiber.
Abrasion Resistance: No significant wear after 20,000 tests.
Flexibility: No damage after 50,000 fold tests.
Tear Strength: 60 N/cm.
Adopts environmentally friendly production processes to minimize environmental impact.
Stringent quality control ensures each batch of material meets high standards.
Comprehensive technical support and customer service provided.
Choosing EconoVelvet Microfiber Leather means selecting an economical material with outstanding plush feel, durability, and versatility. It is an ideal choice for manufacturing various products, offering a texture comparable to genuine leather and exceptional durability.