Wilflex Amazing Bright Tiger White Plastisol Ink

EPIC™ AMAZING BRIGHT TIGER WHITE is a non-phthalate, low-bleed white ink designed for applications on cotton and cotton/polyester blends where moderate bleed resistance is required. This white ink is versatile and easy to use through a wide range of mesh counts, squeegee pressures, and platen temperatures both on manual and automatic screen printing presses. Amazing Bright Tiger White offers premium opacity and a soft hand feel.

• Excellent opacity and coverage, brilliant white
• Excellent bleed resistance on poly-blends
• Suitable for manual and automatic printing
• Suitable for use as an underbase (flash white) or as a highlight white

• Stir inks before printing.
• For best print results, use consistent, high-tensioned screen mesh, proper off-contact, and sharp-edged squeegees.
• Bright Tiger is a full-bodied ink. For manual or automatic printing, do a hard flood stroke to pre-fill the stencil and use medium squeegee pressures with a moderate to fast print stroke for the best print performance. This will improve fiber matte and ink opacity. 

• Assure a good ink deposit to maximize bleed resistance and film strength properties.
• Amazing Bright Tiger White is a low-bleed ink. When printing on garments that contain certain dyes, pre-test for the potential of ghosting and bleeding resistance. If needed, use a dye-blocker base. Some fabrics may necessitate either a poly-white or dye blocker base.

Flash at 220°F, for 3 - 5 seconds or until ink is just dry to the touch. Each shop’s flash parameters might be faster or shorter depending on your production variables. 

Cure at 300°F. The ink is cured when it hits 300°F throughout the entirety of the ink layer.* Bright Tiger is temperature-stable up to 350°F.

*Cure is attained when the ENTIRE ink layer reaches 300°,F meaning that the ink is 300°F from the top to the bottom of the ink layer. If you are using a laser gun to read the surface temp, this WILL be misleading. Laser temp guns give you a reflective reading. When tested side-by-side with a donut probe, you will see temperature differences as great as 120°F-150°F early in the cure cycle (the donut probe accurately measures the contact temperature where the crosshairs reside). As you reach the end of the dryer, those temperatures will get closer together. As a direct result – you will need to read a surface temp as little as 60° above what the stated cure temp is and as much as 100°F depending on how short your dryer tunnel is and how hot your settings are. This is due to a few variables.

VARIABLES THAT AFFECT CURE TIME

The rate at that plastisol ink absorbs heat. Some colors, like black ink, will heat up faster than others as they absorb infrared heat waves more readily.

How hot the ink is when entering the tunnel. Cooler inks will take longer to heat up, thus taking longer to reach full cure.

The thickness of your ink deposit. As we all know, thicker ink deposits take longer to cure than thinner ink deposits. A longer dwell time is needed to reach a full cure through the whole ink layer. Heat/IR waves take time to penetrate and heat up the ink.

The length of the tunnel. Curing ink is about temperature and time. It takes time for the entire ink layer to heat up and reach cure temp. The faster and hotter you run, the greater your chance of not reaching full cure temp at the bottom of the ink layer.

Cotton garments take longer to heat up compared to polyblends or 100% polyester. Cotton naturally soaks up and holds onto water. When putting the shirt through the dryer, the dryer will release the water in the cotton fibers, slowing down how fast ink heats up. 

The quality of your infrared panels. IR Panels are not created equal. Without diving into the deep details, some panels are more efficient in creating heat within the ink layer than others.

When changing your dryer to low cure temps, follow the recommendations and parameters laid out above and do wash testing to ensure your new dryer settings are reaching a full cure.

Ink degrader or press wash.

Store at temperatures around 65-90°F (18-32°C). Avoid direct sunlight. Use within one year of receipt.

• Technical Data Sheet