acryprint dt 900®
Viscosity Control
Disperse thickeners are engineered to elevate the viscosity of the printing paste, imparting precise control over its flow dynamics. This feature ensures a controlled deposition of dye on synthetic fabrics during printing, mitigating issues related to undesired spreading or migration.
Compatibility
Disperse thickeners must harmonize seamlessly with disperse dyes and other constituents in the printing paste. This compatibility is imperative for maintaining the stability and uniformity of the formulation, ultimately influencing the desired color outcomes.
Shear Thinning
A key rheological property of disperse thickeners is their shear-thinning behavior. This characteristic facilitates the application of the printing paste during the intricate printing process by temporarily reducing viscosity under shear stress. Subsequently, viscosity promptly recovers when the stress is alleviated.
Stability
The longevity of the printing paste's stability is of paramount importance for disperse thickeners. They are formulated to resist settling and other forms of separation, ensuring consistent printing performance throughout the production cycle.
Environmental Impact
In observance of sustainability norms, environmentally friendly options are actively followed for disperse thickeners by choosing formulations with minimal environmental impact, exemplified by biodegradability and low toxicity, aligns with contemporary eco-conscious textile practices.
Application Method:
The selection of a disperse thickener is dependent upon its compatibility with specific printing techniques, such as screen printing or rotary printing. A meticulous match between thickener characteristics and the chosen application method is crucial for optimal performance.
Color Fastness:
Disperse thickeners significantly contribute to the overall color fastness of printed designs on synthetic fabrics. Ensures the robust adhesion of disperse dyes to these fabrics, these thickeners play a pivotal role in resisting color fading during washing, thereby enhancing the durability of the printed textiles.