DA129 Soft PVC Fine-Punched Pattern Artificial Leather for Bags

https://www.dspupvc.com/en-71-iii-certified-eco-friendly-leather-with-wear-resistant-and-scratch-resistant-properties.html

The DA129 Soft PVC Fine-Punched Pattern Artificial Leather is designed for bag applications that require an attractive appearance, durability, and easy maintenance. Featuring a fine-punched pattern, this material offers a distinctive surface texture suitable for a range of bag designs.

Made from PVC, the material is described as eco-friendly and low-toxicity, with wear-resistant and scratch-resistant properties. Its combination of appearance and practical performance makes it an option for manufacturers looking for artificial leather materials for everyday bags and fashion accessories.

Product Specifications

Key Features of DA129 Artificial Leather

Fine-Punched Pattern

The fine-punched surface pattern adds visual detail and texture, making the material suitable for different bag styles, from casual accessories to more formal designs.

Wear and Scratch Resistance

The material is described as wear-resistant and scratch-resistant, helping it maintain its appearance during regular use.

Soft PVC Material

The soft PVC construction provides a flexible material option for bag manufacturing and other potential applications, depending on the product design.

Low-Toxicity Material

The product is described as using low-toxicity, eco-friendly material. The supplier lists EN 71-3 certification; buyers should confirm the applicable test documentation and scope when evaluating compliance requirements.

Easy Maintenance

The material's practical surface properties can support routine cleaning and maintenance, depending on the finished product and its usage conditions.

Applications

DA129 is primarily presented as a material for bag manufacturing. Depending on its verified performance and the requirements of the finished product, it may also be evaluated for other artificial leather applications.

For manufacturers considering this material, confirming thickness, width, surface appearance, and relevant quality documentation can help determine whether it meets the needs of a specific project.