XZ60003 1.0mm Printed Fabric Texture PVC Leather for Bags and Furniture

Product Overview

XZ60003 is a 1.0mm PVC synthetic leather designed for bags and furniture upholstery. It combines a printed fabric texture surface with brush backing, providing a decorative textile-inspired appearance together with a flexible material construction.

The 1.0mm thickness supports cutting, stitching, folding and wrapping for a variety of bag and furniture manufacturing applications.

Printed Fabric Texture Surface

XZ60003 features a printed fabric texture designed to reproduce the visual character of woven textile surfaces.

Compared with conventional pebble, litchi or wrinkle grain PVC leather, the printed cloth-inspired pattern provides a different decorative appearance for handbags, luggage and upholstered furniture.

Custom colors and printed surface effects can be developed according to project requirements. Physical samples are recommended for confirming pattern scale, color and hand feel before bulk production.

Brush Backing

XZ60003 uses brush backing to provide textile support and flexibility during manufacturing.

The backing works with the 1.0mm construction to support cutting, sewing, folding and wrapping for bag manufacturing and furniture upholstery.

For more information about common backing constructions, see our PVC Leather Backing Options guide.

Bag & Furniture Applications

XZ60003 is suitable for:

• Handbags
• Tote bags
• Shoulder bags
• Luggage
• Fashion accessories
• Upholstered furniture
• Furniture panels
• General furniture upholstery

The printed fabric texture makes this material suitable for products requiring a textile-inspired decorative surface rather than a conventional leather grain.

Explore additional materials in our Bag Leather collection.

Customization & Ordering

Custom colors and material specifications are available according to bag and furniture project requirements.

Buyers can provide the intended application, preferred color, printed pattern and processing requirements. Physical samples are available for evaluating surface appearance, flexibility and manufacturing performance before bulk production.