water based microfiber leather material, next generation synthetic leather, eco friendly microfiber leather, low VOC leather material

TONGDA Water-based microfiber is an environmentally friendly upgrade from traditional solvent-based microfiber. It is named for the use of water as a diluent in its production process (replacing toxic organic solvents such as DMF). It is currently a high-end product in the synthetic leather industry and is hailed as "the next generation of artificial leather".

Key Features

Environmentally Friendly Production Process: Water is used instead of organic solvents, eliminating the emission and residue of toxic and harmful substances at the source, making it more friendly to production workers and the surrounding environment.

Safe and Non-Toxic Product: The product does not contain harmful chemicals such as DMF/toluene, complies with the strictest environmental standards such as EU REACH, and is safe for direct skin contact, making it suitable for fields with higher environmental requirements.

High Breathability and Moisture Permeability: The microporous structure formed by ultra-fine fibers allows air and water vapor to pass freely, with performance close to or even superior to genuine leather, preventing stuffiness even after prolonged use.

Stable Physicochemical Properties: Cold-resistant, hydrolysis-resistant, and aging-resistant, maintaining stable performance under various conditions.

II. Main Applications

High-end footwear and apparel; Sports shoes, casual shoes, boots: Used for uppers and linings, providing excellent breathability and durability.

Home and public décor; Sofas, dining chairs, bedside tables, etc., ideal for pet-friendly homes and public spaces.

Other industrial applications; Special industrial applications requiring high-performance, high-durability leather materials. Does not easily become stuffy after prolonged use.

Stable physicochemical properties: Cold-resistant, hydrolysis-resistant, and aging-resistant, maintaining stable performance under various conditions.