J-ECO SUBLY NANO NS-60

NS 60 360FY Yellw Fluo

NS 60 250FP Pink Fluo

Environmentally-Friendly Nano Dispersed Dye Digital Ink For Sublimation Printing.

MAIN FEATURES

• Innovative Nanodot Technology

• Vibrant and bright colours

• Very good shelf-life

• Optimal ink fluidity and printability through piezo-heads

• Fast drying on substrates dedicated to transfer

• Very good release on paper and image definition after transfer

J-Eco Subly NANO NS-60 are ink-jet printing inks especially designed to be used on digital printers having piezo printing heads.

They are particularly suitable for digital printing on polyester textiles used in sports wear and outer wear, as well as for a variety of plastic substrates used in the manufacturing of skis, snowboards, skateboards,windsurfs and other products.

The image is printed on coated paper and then transferred (heating temperature
around 210 °C) on polyester fabrics, or mixed synthetic fabrics containing polyester in a min. quantity of 60%.

For the application on plastic materials, such as polyammide, the transfer temperature varies according to the
type of substrate and its chemical-physical characteristics. For instance, the plastic sheets used in skis and
snowboards manufacturing are transferred at 170-180 °C for 90/120 seconds.

ECOCOMPATIBILITY

Free from Alkylphenolethoxylate (APE) according to the EC Directive 2003/53/CE issued on June 18,2003.
APE is a chemical product included in the EDC (Endocrine Disrupting Chemicals) list of substances.

APPLICATIONS
- Printing on polyester and polyammid (lycra, nylon) fabrics used in sportsware and outer wear in general

- Printing on mixed synthetic fabrics ( min. 60% of synthetic fibres) used in sportswear and outer wear in general

- Printing on plastic substrates used in the manufacturing of sport equipment such as skis, snowboards, skateboards, windsurfs etc.

- Printing on every substrates (wood, ceramics, glass) overprinted with polyester-based or polyammid-based coatings

Transfer Condition
Can vary from 30 to 60 seconds for 180°-210 °C according to the type of substrate