High Substitution Cms Also Has Good Permeability in The Dye Paste Prepared

• Customization: Available
• Classification: Specific Reagents
• Grade: Carboxymethyl Starch
• Model NO.: CMS
• Specific Usage: Pro Analysis
• Content: Comparison
• Usage: Laboratory Reagents
• Source: Carboxymethyl Starch
• Habit Appellation: Carboxymethyl Starch
• Application: Industry
• Property: Organic Reagent
• Transport Package: Bag
• Specification: 25/kg
• Trademark: sidleychem
• Origin: China, Linyi
• Production Capacity: 5000pieces/Year

Product Description

                                         High-substitutedCarboxymethyl Starch

Carboxymethyl Starch (CMS) is a modified starch ether with carboxymethyl, which has the functions of bonding, thickeningwater retention, suspension, and dispersion, High-substituted CMS does not easy to react with reactive dyes; it has a reasonablepaste rate and is relatively stable in storage, it has a sizeable structural viscosity and good water holding capacity and is suitablefor rotary screen, flat screen, and digital printing; the dyeing paste prepared with high-substituted CMs also has goodpermeability, especially for fabric printing that requires deep and transparent which can quickly print patterns according to thetemplate to improve the vividness of the print significantly. in addition, it can also replace traditional printing and dyeingthickeners and reduce dependence on toxic or harmful chemicals.                                                           

     

The primary function of a printing thickener is to provide good rheological properties, transfer the glue or color paste on theprinting screen and printing roller to the fabric by combining the dye with the fiber, and ensure that the printed pattern has clearoutlines, precise patterns, bright colors, and uniformity. The reaction products and residues are easy to remove in thedownstream process when the dye is fixed, making the fabric feel soft. High-substituted CMs is an essential printing thickenerwidely used in traditional and digital reactive printing.

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