The tactile quality of fabric is as crucial as its visual appeal, especially in sectors like fashion and home textiles. NINGBO INNO PHARMCHEM CO.,LTD. specializes in high-performance binders for soft fabric printing, ensuring that printed textiles maintain a luxurious and natural hand feel. Our advanced acrylic binders are engineered to provide exceptional softness, a key differentiator for high-quality fabrics such as towels and velvet.


Achieving this desired softness without compromising print durability or vibrancy is a complex challenge. Our soft hand feel textile printing binder addresses this by forming a flexible yet robust film that integrates seamlessly with the fabric fibers. This means that even after extensive printing, the fabric retains its original soft texture, avoiding the stiff or brittle feel often associated with conventional binders. This is particularly vital for products that come into direct contact with skin, like towels and apparel, where comfort is paramount.


NINGBO INNO PHARMCHEM CO.,LTD. offers specifically designed acrylic binder for towels and velvet printing, materials known for their delicate structures and absorbency. Our binders are optimized to work with these sensitive fabrics, ensuring high transparency and excellent color rendition without impairing their inherent softness. The stable quality and good fastness properties of our binders guarantee that prints remain vibrant and intact even after repeated washes and uses, making them ideal for high-wear items.


As a leading manufacturer of soft textile binders, NINGBO INNO PHARMCHEM CO.,LTD. is committed to continuous innovation, providing solutions that elevate the aesthetic and tactile quality of printed textiles. For businesses seeking to enhance their product offerings with superior comfort and visual appeal, our high-performance textile printing binders are the perfect choice. Experience the difference of printing with a binder that truly respects the fabric’s natural feel, ensuring customer satisfaction and market differentiation.