PU008A/C low-temperature resistant HD printing ink for high elastic rubber bands

PU008A low-temperature resistant HD printing ink for high elastic rubber bands（white）

 

PU008C low-temperature resistant HD printing ink for high elastic rubber bands  (transparent)

 

performance: performance

 

1，Appearance: PU008C is microemulsion transparent paste, PU008A is white paste;

 

2，ingredients: imported PU resin, titanium dioxide, additives;

 

3， storage period: 6 months (room temperature, sealed).

 

Character: Character

 

1, super transparent, fast thickness, surface does not stick back, easy to adjust color;

 

2，Smooth surface, good fastness, elastic tension.

 

3， Excellent freezing resistance (-20℃ freezing resistance for a week)

 

4, yellowing resistance (80℃ constant temperature for a week without yellowing)

 

Apply

 

1, applicable fabric: high tensile swimsuit, high tensile webbed, thread rack cloth

 

2, suitable printing method: manual printing or elliptical machine printing;

 

3, plate requirements: it is generally recommended to use 80-120 mesh screen, while pulling 45 degrees oblique net;  The tension is between 15 and 20 Newtons.  The distance between the two sides of the pattern and the inner frame is 8-10CM, and the distance between the upper and lower sides is 10-15CM.  It is generally recommended to make it into an ordinary plate.

 

4, operation requirements: A handprint: in the mesh frame around the screw cushion 0.5-0.8CM;  Print 6-8 times with PU008, dry each time before printing.  Add 2%MLD-888 when using.  Surface color mixing cover surface generally add 5-10%PU008A, can adjust the proportion of PU008A according to the color shade;  The proportion of color paste is controlled within 8%.  Cover with PU008A directly 2-3 times when white.

 

 

5, after printing, natural drying for 24-48 hours, or low temperature 60℃-80℃ drying for 45 minutes, and then overtemperature the reverse side of the fabric 130°-140 ° C, 2-3 minutes (the specific temperature can be adjusted according to the temperature resistance of the fabric).