Sylic® CY-315: Advanced Reductive Cleaning Agent for Polyester & Blends – Optimize Disperse Dyeing, Save Time & Improve Fabric Finish

Revolutionize your textile dyeing process with Sylic® CY-315, engineered to deliver superior fabric quality, reduce operational costs, and streamline post-dyeing cleaning for polyester and blended fabrics.

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Transformative Benefits of Integrating Sylic® CY-315

Unprecedented Process Efficiency

Sylic® CY-315 enables acid reduction cleaning under acidic conditions, eliminating the need for drainage or neutralization after dyeing. This significantly shortens the process time and reduces overall operational costs for your textile post-treatment.

Superior Fabric Quality & Finish

This agent excels in preventing the staining of spandex and other delicate fibers, ensuring a cleaner, more vibrant finish. It also maintains the fluorescence intensity of fluorescent dyes, crucial for high-quality polyester fabric treatment.

Environmental & Cost Savings

Beyond efficiency, Sylic® CY-315 offers good stability, low odor, and no residue, leading to cleaner wastewater and a better work environment. This contributes to significant cost reduction by optimizing water and energy usage in disperse dyeing auxiliary processes.

Key Applications

Polyester & Blended Fabric Dyeing

Sylic® CY-315 is primarily utilized for the acid reduction cleaning of polyester and its various blended fabrics after disperse dyeing, ensuring optimal color fastness and finish.

Warp, Weft & Knitted Fabrics

Its versatile application extends to polyester warp knitting, weft knitting, and woven fabrics, as well as polyester-cotton knitted varieties, providing comprehensive dyeing auxiliaries.

Moisture-Wicking Textiles

Crucially, this agent does not negatively impact the effect of moisture-wicking finishing, making it ideal for high-performance sportswear and activewear textile finishing chemicals.

Fluorescent Dye Applications

For products requiring vibrant, true-to-color fluorescent dyes, Sylic® CY-315 ensures the fluorescence intensity remains unaffected, preserving the desired aesthetic.