Delicate fabrics like silk, chiffon, and fine synthetics require specialized care during processing to maintain their inherent beauty and luxurious feel. Traditional chemical treatments can sometimes be too harsh, leading to damage or alteration of the fabric's intrinsic qualities. NINGBO INNO PHARMCHEM CO.,LTD. understands this challenge and offers specialty auxiliaries tailored for the treatment of these exquisite materials.


Our innovative Weighting Agent is a prime example of such a specialty auxiliary. It is particularly effective for silk fabric, where the need to compensate for fabric weight loss is crucial for achieving the desired drape and fluidity. Unlike inorganic weighting agents, our organic compound ensures that the treated fabric retains its pristine hand feel and vibrant color shade. As a liquid weighting agent for textile finishing, it is gentle yet powerful.


This product's formulation is designed to be compatible with sensitive fibers, preventing any adverse effects on their strength or delicate structure. It allows for the precise adjustment of fabric weight, enhancing the garment's fall and appearance without adding bulk or stiffness. For manufacturers working with high-value textiles, choosing the right textile auxiliary for fabric hand feel is paramount, and our weighting agent delivers on this front.


NINGBO INNO PHARMCHEM CO.,LTD. is a trusted weighting agent manufacturer China, specializing in solutions that cater to niche requirements. We encourage customers who want to buy fabric weight increasing chemical solutions for delicate materials to consult our experts. Our commitment to research and development ensures we provide cutting-edge products that support the integrity and beauty of fine fabrics, offering competitive weighting agent price options for premium quality.


Partner with NINGBO INNO PHARMCHEM CO.,LTD. for your delicate fabric treatment needs. Our specialty auxiliaries are engineered to preserve the elegance and performance of your most precious textiles, ensuring exceptional results every time.