The global textile and printing industries are accelerating their shift toward high-efficiency and green transformation, and carboxymethyl cellulose (CMC), as a high-performance multifunctional additive, has become a key pillar of this transition. From the sizing workshops of cotton mills in India to the precision printing studios in Germany, CMC is widely applied. With years of experience in the cellulose industry, fsxchemical (Foshan Chemical) accurately grasps the industrial needs of different regions and provides customized CMC solutions for global customers. Next, we will focus on the two core scenarios of textiles and printing to analyze the practical value and application skills of CMC.
Textile Industry: Breakthrough Applications of CMC in 2025
Driven by both sustainable development and production efficiency improvement, the global demand for textile-grade CMC is expected to reach 400,000 metric tons by 2025. Regarding Carboxymethyl Cellulose for Textile Sizing in 2025, feedback from our customers in Gujarat, India, and Zhejiang, China, shows a 30% reduction in yarn breakage rate after using our medium-viscosity CMC. This product forms a flexible protective film that effectively safeguards fibers during weaving, fully complying with the stricter production efficiency standards in 2025.
Wondering How to Use Carboxymethyl Cellulose in Textile Dyeing? The key is to add 0.5%-1% CMC to the dye bath. In garment factories in Bangladesh, this method stabilizes dye dispersion and reduces uneven dyeing by 45%. In the field of High-Performance Carboxymethyl Cellulose for Textile Softening, our modified CMC can be compounded with silicone agents to significantly improve fabric handfeel—a crucial factor for the North American loungewear market.
With sustainable development becoming an industry focus, Applications of Carboxymethyl Cellulose in Textile Wastewater Treatment have emerged. In Vietnam, textile factories use our CMC as a flocculant, which not only reduces sludge volume by 30% but also meets EU REACH regulations.
Printing Industry: Precise Empowerment Advantages of CMC
For Best Carboxymethyl Cellulose for Printing Ink Thickening, high-substitution CMC (degree of substitution: 0.8-1.2) is recommended. Printing houses in Germany generally rely on our products to maintain ink viscosity, ensuring sharp details in packaging printing. This product also realizes Carboxymethyl Cellulose Uses in Improving Printing Ink Stability—preventing pigment sedimentation even in the hot and humid warehouse environments of Southeast Asia.
As Europe gradually phases out solvent-based products, Carboxymethyl Cellulose Uses in Water-Based Printing Adhesives continue to grow. Our CMC increases the adhesion of textile transfer adhesives by 20%, making it ideal for fast-fashion printing factories in Turkey. Meanwhile, Carboxymethyl Cellulose in Printing for Consistent Color Distribution is highly favored in Brazil’s packaging industry, ensuring consistent brand colors across batches.
In the field of edible printing, Food-Grade Carboxymethyl Cellulose Uses in Edible Printing stand out. Our CMC, which meets U.S. FDA standards, can be used to make smooth edible inks for cake decoration in Japan and confectionery printing in Italy. It has no off-odor and maintains stable viscosity at room temperature.
fsxchemical (Foshan Chemical): Your Global CMC Partner
We have established production bases in China and provide region-specific customized CMC solutions. Whether you need textile-grade CMC for cotton mills in Pakistan or food-grade CMC for bakery supply chains in Mexico, our technical team can offer professional remote technical support. Our 2025 special CMC for textile sizing is now fully stocked to meet your production deadlines at any time.
Contact fsxchemical (Foshan Chemical) now to obtain customized CMC solutions and gain a competitive edge in the fierce 2025 market.
Add comment