What is DTF PET Film?

This A3 DTF PET Film is a double-sided transfer film specifically designed for Direct-to-Film (DTF) printing applications.

Each pack contains 100 sheets of 75um thick PET film, ensuring durability and optimal ink absorption for vibrant transfers.

Ideal for printing on a wide range of fabrics, including cotton and polyester, this film allows for detailed and long-lasting designs on apparel and other textile items.

Is this film compatible with my printer?

This DTF PET Film is engineered for compatibility with popular Epson DTF printer models.

It is suitable for use with Epson L805, L1800, R1390, and other A3/A4 DTF printing machines.

The colorless PET material ensures that your printed designs appear with clarity and true color reproduction on your chosen fabric.

How do I use this DTF Film?

The double-sided nature of this PET film allows for flexible application in your DTF printing workflow.

Simply print your design onto the film using DTF inks, apply adhesive powder, and then heat press the transfer onto your fabric.

This process enables high-quality, full-color prints on various textiles, making it a versatile choice for custom apparel and promotional items.

Specifications:

• Usage: For cotton, polyester All fabric DTF Printing Machine
• Type: Double Sides DTF PET Film
• Thickness: 75um
• Suit For Model: Epson L805 L1800 R1390 A3 A4 DTF Printer
• Size: A3
• Compatible Brand: Epson
• Color: Colorless

Frequently Asked Questions:

What is included in the OYfame DTF PET Film package?

Each package includes 100 sheets of A3 size, double-sided DTF PET film with a thickness of 75um.

Which printers are compatible with this DTF PET Film?

This film is compatible with Epson L805, L1800, R1390, and other A3/A4 DTF printers.

What types of fabric can be printed on with this film?

The film is suitable for printing on cotton, polyester, and all other fabric types using DTF printing machines.

What is the thickness of the DTF PET Film?

The DTF PET Film has a thickness of 75um, providing a balance of flexibility and durability for transfers.