Frequently Asked Questions

What is DTF printing?

DTF printing stands for Direct-to-Film printing, a relatively new printing technology used to transfer images onto textiles, apparel, and other surfaces. It is a popular method in the custom garment printing industry because of its versatility and the quality of prints it produces.

Here’s how DTF printing works:

  1. Design Preparation: A design or image is created using graphic design software.
  2. Printing on Film: The image is printed directly onto a special transfer film using a DTF printer, which uses water-based inks, typically CMYK (Cyan, Magenta, Yellow, Black), plus white ink for adding opacity on darker fabrics.
  3. Powder Coating: After the design is printed, the film is sprinkled with a special hot-melt adhesive powder. The powder sticks to the wet ink.
  4. Curing the Powder: The printed film with the adhesive is then passed through a curing oven to melt the powder, making it bond to the ink and ensuring it’s ready for transfer.
  5. Transfer to Garment: The film is then placed on the fabric, and heat and pressure (usually through a heat press machine) are applied to transfer the design onto the garment or fabric.

Advantages of DTF Printing:

  • No need for pre-treatment: Unlike direct-to-garment (DTG) printing, DTF does not require the fabric to be pre-treated.
  • Works on a wide variety of materials: DTF printing can be used on cotton, polyester, and even non-textile surfaces like ceramics, wood, and more.
  • Vibrant, durable prints: The prints are vibrant and long-lasting, even after multiple washes.
  • Cost-effective for small batches: It is ideal for printing small quantities or custom designs on demand.

Overall, DTF printing is becoming a popular alternative to other printing methods like screen printing and sublimation, especially for businesses that require customization and quality in their apparel designs.

How long do DTF transfers last?

DTF transfers are known for their impressive durability, withstanding multiple washes without fading or cracking. To ensure the best results and longevity of your design, it’s essential to pay attention to the pressing process. Here are key factors to consider:

  1. Pressure: Maintain a consistent pressure of 60 psi during the pressing process. This helps ensure that the design adheres properly to the garment.
  2. Temperature: The correct temperature is crucial for creating a strong bond between the transfer and fabric. Make sure the heat press is set to the recommended temperature for your specific DTF transfer paper.

By carefully controlling both pressure and temperature, you will maximize the life of your DTF transfers, keeping your designs vibrant and intact even after repeated washes.

What is the turnaround time for orders?

The turnaround time varies based on the size and complexity of your order. However, most orders are typically completed within 24-48 hours.

What payment methods are accepted?

We accept cash, credit/debit cards, PayPal, and bank transfers.

Do you offer design assistance?

Yes. We offer vectorizing and redrawing services for an additional fee. Please email us for a custom quote.

Can you build my gang sheet for me?

Yes. We charge $15 for creating your gang sheet with your print ready designs.

What file formats do you accept?

For best results, we accept vector PDF or AI Files. High resolution PNG or TIFF files at 300dpi with a transparent background is recommended if you do not have Vector art.

Do you offer shipping for orders?

Yes, we provide shipping options for all orders. Shipping fees and delivery times may vary based on your location and the size of your order.

Do you offer RUSH production?

Yes. Rush production is 25% of the order cost and will place your order on the top of the que. Most rushes are done within 24 hours.

What materials are compatible with DTF printing?

We can print on a variety of materials, including cotton, polyester, blends, leather, denim, and more.

What do I do if my transfer is not sticking to my shirt after pressing?

Please check your time, temperature, and pressure. Increased pressure usually solves this problem if your time and temperature are correct. You may also let the transfer cool a few seconds before peeling of the transfer sheet.

I get some residue around my transfers after pressing them, what should I do?

Typically this is due to the powder coating getting too hot and transferring on to the garment. This can be easily removed by a second press or simply wiping off. To prevent this, lower your temperature in 5 degree increments until this issue is resolved. 

What if my colors do not match what my monitor shows?

Your PC monitor will always be much more vibrant than your transfer print. For best results, we recommend using CMYK colors and saving your files in CMYK color mode for the best accuaracy as DTF printers cannot accurately replicate RGB colors.

What if my designs are blurry or have jagged edges?

This is typically a result of low resolution artwork. Please make sure you use Vector art or Raster art that is at least 300dpi. 

What heat press is best for DTF Transfers?

Our transfers are compatible with most heat presses and deliver excellent results. For optimal transfer adhesion, we recommend setting your heat press to 280-300°F, applying high pressure for 10-15 seconds, and maintaining a PSI of 60. This time and temperature combination ensures proper transfer. Alternatively, you can use a Cricut machine to apply the transfers.Please note: Using any device other than a heat press may result in different outcomes and could lead to defective transfers.

What is a gang sheet?

DTF gang sheet refers to a single print sheet that contains multiple designs or images arranged together for Direct-to-Film (DTF) printing. Instead of printing each design individually, a gang sheet combines several designs on one film, maximizing the use of the printing space. This process is efficient, as it reduces film and ink waste, and allows for printing multiple designs in one go, saving time and costs.

Once printed, the gang sheet is cut into individual transfers that can be applied to various materials. This method is especially useful for batch printing or when producing multiple items with different designs.