In screen printing applications using silicone, the fluidity and drying speed of the silicone directly affect printing efficiency and product quality. To address issues such as high resistance, insufficient leveling, and mismatched drying speeds encountered by customers in actual printing, our company has launched a mature and stable XG series screen printing silicone thinner solution to help customers flexibly meet different process requirements.
Recommended thinner Addition Ratio
Without affecting the performance of the silicone, we recommend adding the thinner at a ratio of 5%–20% of the silicone weight.
By reasonably adjusting the dosage, the silicone viscosity can be effectively improved, reducing scraping resistance and making the printing process smoother and more stable.
Fast-Drying and Slow-Drying thinners: Choose as Needed
To meet different production rhythms and process requirements, we offer two thinner models with different drying speeds:
XG-128A Fast-Drying thinner
Suitable for customers who want to shorten surface drying time and improve production efficiency.
While maintaining good leveling properties, it accelerates the drying speed of the silicone, suitable for high-speed printing or multi-pass printing processes.
XG-128AH Slow-Drying thinner
Suitable for processes requiring longer operating time, such as fine patterns or large-area printing.
It can effectively delay drying time, reduce the risk of screen clogging, and improve printing stability.
Effective Way to Solve High Printing Resistance
In actual printing, if you encounter high squeegee resistance, uneven ink flow, or unsmooth printing, you can appropriately increase the amount of thinner, adjusting it within the recommended range to achieve the appropriate viscosity, which will significantly improve the handling and printing effect.
Stable Compatibility, Suitable for Various Screen Printing Silicone Systems
The XG series silicone thinner has good compatibility with our company's screen printing silicone systems, without affecting the adhesion, elasticity, and appearance of the finished product. It is widely used in screen printing fields such as garment printing, trademarks, logos, and webbing.