Sylic® Soda Substitute CY-518: Advanced Dyeing Auxiliary for Efficient Reactive Color Fixation

Revolutionize your textile dyeing with Sylic® Soda Substitute CY-518, ensuring vibrant, uniform colors and significant cost savings through optimized chemical usage and superior pH control.

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Core Advantages of Sylic® Soda Substitute CY-518

Superior pH Management

Our Sylic® Soda Substitute CY-518 provides stronger pH control in the dye bath, ensuring consistent and optimal conditions for reactive dye fixation, which is vital for achieving high-quality results in textile dyeing processes.

Reduced Process Time & Resources

With its low viscosity dyeing bath additive properties and easy wash-off of residual alkali, this product significantly reduces water consumption and processing time, contributing to more efficient and sustainable textile production.

Versatile Application & Quality

Ideal for various dyeing equipment, especially suited for low-bath dyeing of cheese yarn, Sylic® Soda Substitute CY-518 helps prevent staining problems and ensures uniform dyeing even in complex applications.

Key Applications

Reactive Dye Fixation

Sylic® Soda Substitute CY-518 is primarily used as an advanced buffer active base complex for dyeing reactive dyes, ensuring their firm and lasting attachment to textile fibers, resulting in superior color fastness and brilliance.

General Textile Dyeing Processes

This versatile dyeing auxiliary can be integrated into various textile dyeing processes, replacing traditional alkalis like caustic alkali and trisodium phosphate to optimize performance and reduce costs.

pH Control in Dye Baths

Its exceptional ability to control the pH value of the dye bath makes it indispensable for maintaining stable dyeing conditions, which is crucial for achieving uniform and continuous dyeing without unexpected color shifts.

Specialized Yarn Dyeing

Sylic® Soda Substitute CY-518 is particularly effective in low-bath dyeing of cheese yarn, where its low viscosity prevents staining and ensures an even dye uptake, thus enhancing the overall quality of yarn dyeing processes.