Hot Melt Adhesive Powder for Heat Transfer
Our Hot Melt Adhesive Powder is designed for superior performance in the heat transfer process, making it ideal for various industries such as clothing, luggage, shoe materials, and more.
Learn more about Kodak's leap into Direct to Film (or FTF), and their entire lineup of products here!
Key Specifications:
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Excellent Adhesion: Bonds seamlessly to fabrics, including cotton, blended materials, TPU, and PVC.
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Soft Touch: Provides a soft, comfortable feel to the touch.
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Ease of Processability: Ensures smooth and efficient application.
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Recommended Cure Times: 8-15 seconds at 110-130°C for optimal results.
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Wash Performance: Best maintained at cool temperatures (40°C) for long-lasting durability.
What is DTF PreTreat Powder, technically speaking?
DTF PreTreat Powder is a proprietary DTFPRO branded, specially formulated Thermoplastic Polyurethane (TPU) Hot Melt Adhesive Powder, also referred to as transfer powder, transfer film, or DTF Transfer Powder. If that was a mouthful, don't worry, here is what you really need to know.
How do I use DTF PreTreat Powder ?
DTF TRANSFER is accomplished using DTF PreTreat Sheets (aka Transfer Sheets), and DTF PreTreat Powder (aka Transfer Powder).
Step 1 – Melting the Powder
- Place the film with the printed image and the applied powder in a Curing Oven and heat for 2-3 minutes at 212-248 °F
OR
- Place the film inside a heat press, hovering and not applying pressure. A 4 to 7 mm gap between the film and the heat press top plate is recommended, for 3-5 minutes at 284-302 °F. Do not completely close the press.
Step 2 – Pre-pressing
- Pre-press the fabric prior to transfer of the image by the film for 2 to 5 seconds
- Pre-pressing will flatten the fabric and remove excess humidity contained in the fabric
- Pre-pressing helps in successful transfer of the image from the film onto the fabric
Step 3 – Transfer
- The film with the image and the melted powder is placed on the pre-pressed fabric in the heat press
- Press/Cure the image to the fabric for 10-20 seconds at 320-356 °F
