Lichid de umidificare xTool Selected Apparel Printer (500 ml)

The xTool Selected Apparel Printer Moisturizing Liquid is a high-performance, water-based maintenance solution specifically formulated for DTF and DTG apparel printers. This 500 ml bottle of clear, low-odor liquid is designed to keep print heads moist, prevent nozzle clogging, and protect against drying during routine maintenance and short-term storage. Its non-corrosive, non-toxic formula ensures safe, long-lasting printer performance and extends the lifespan of print heads, maintaining consistent print quality.

Advantages

This moisturizing liquid offers several key benefits: it prevents nozzle drying and clogging, extends print head lifespan, and maintains optimal print quality. It is non-corrosive and non-toxic when used as directed, making it safe for regular use. The water-based formula has low odor and is compatible with a wide range of DTF/DTG apparel printers, providing a universal solution for printer maintenance.

Suitable for

• DTF (Direct to Film) apparel printers
• DTG (Direct to Garment) apparel printers
• Routine print head maintenance
• Short-term printer storage to prevent drying

Key specifications

• Product Type: Printer Maintenance Liquid
• Volume: 500 ml
• Primary Function: Print Head Moisturizing
• Secondary Function: Anti-Clogging, Nozzle Protection
• Application: Apparel Printers (DTF/DTG)
• Compatibility: Universal for various DTF/DTG apparel printers
• Liquid Base: Water-based
• Color: Clear / Transparent
• Odor: Low Odor
• Non-Corrosive: Yes
• Non-Toxic: Yes (when used as directed)
• Shelf Life: Typically 12-24 months (unopened)
• Storage Temperature: 5°C to 30°C (41°F to 86°F)
• Packaging Type: Plastic Bottle
• Flammability: Non-flammable

Recommendations

For best results, use this moisturizing liquid regularly as part of your printer maintenance routine. Store in a cool, dry place between 5°C and 30°C. Keep the bottle tightly sealed when not in use. Always follow the manufacturer's instructions for your specific printer model.