Total Ink Solutions® Drive Low Cure Catalyst
Transform your screen printing process with the Drive Low Cure Catalyst from Total Ink Solutions®. Specifically designed for waterbase inks, this powerful additive reduces the curing temperature from 330°F to as low as 180°F, enabling faster and safer printing on a variety of materials, including those prone to dye migration like polyester and tri-blends.
Key Benefits:
- Lower Curing Temperatures: Reduce the heat required to cure your waterbase inks, making it possible to print on heat-sensitive fabrics without compromising the integrity of the material.
- Faster Curing: Accelerate the curing process, especially beneficial for printers without forced air conveyor dryers.
- Versatile Compatibility: Works seamlessly with Total Ink Solutions® brand inks and most competitor inks.
- Enhanced Material Compatibility: Perfect for printing on polyester, tri-blends, and other specialty materials that typically present challenges due to dye migration or heat sensitivity.
Application Tips:
- Mix Just Enough: The Drive catalyst has a 24-hour shelf life once added to your ink, so be sure to mix only what you need for the job at hand.
- Application: Ideal for use in situations where reduced curing temperatures are necessary to avoid damage to heat-sensitive fabrics.
Why Choose Drive Low Cure Catalyst?
If you’re a screen printer looking to expand your capabilities, especially when dealing with tricky materials like polyester or tri-blends, the Drive Low Cure Catalyst is an essential addition to your toolkit. By lowering the curing temperature, you can print with confidence, knowing that your designs will stay vibrant and your fabrics intact. This product is especially valuable for printers who do not have access to forced air conveyor dryers, providing a more versatile and efficient printing solution.
Enhance your printing process and take on more diverse projects with the Drive Low Cure Catalyst from Total Ink Solutions®—the ultimate solution for waterbase screen printing efficiency.
