Silly Teacher Goose On The Loose DTF Heat Transfer

Shirt: CC 1717 Neon Yellow

DTF Heat Transfer, this can be applied to any combination of polyester/cotton, including 100% cotton.

This one’s for the teachers counting down the days with a sense of humor and a beach bag packed! Our “Silly Teacher Goose On the Loose” design captures the joy of that first day of freedom with a hilarious goose rocking sunglasses and surrounded by summer icons—books, crabs, pineapples, and beach balls. It’s playful, lighthearted, and just the kind of thing you want to wear when the final bell rings and summer break officially begins. Perfect for field day, end-of-year parties, or just to get some laughs in the teacher’s lounge.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Formula:

DTF FORMULA

DTF FORMULA PRESSING INSTRUCTIONS

• 275-300 degrees; 
• HEAVY PRESSURE 8-9 PSI. 
• Pre press for 7 seconds to remove wrinkles and moisture;
• Press for 8-15 seconds; LET COOL THEN PEEL
• Press again for 8 seconds, with a parchment paper covering the design for protection (you don' have to cool again before removing the covering on the repress)

Due to the many variations in monitors and browsers, colors may appear different on different monitors. Computer monitors are not all calibrated equally and color reproduction on the Internet is not precise. With these factors in mind we cannot guarantee your transfers will match 100% from batch to batch or to the colors you see on your computer monitor. We do our very best to ensure all settings are repeated with each batch but please allow for some variances to occur.

** A HEAT GUN WILL TELL YOU IF YOUR PRESS IS ACCURATE **

PRESSURE TEST:  https://www.silhouetteschoolblog.com/2018/02/heat-press-pressure-test-paper-or.html

Every Heat Press is different, temps and pressure are not always accurate or even so adjusting for your individual press is necessary, we highly recommend a heat gun. WE ARE NOT RESPONSIBLE FOR ANY PRESSING ISSUES DUE TO INACCURATE TEMPERATURE OR PRESSURE.