Author: Site Editor Publish Time: 2025-05-14 Origin: Site
The recommended temperature for DTF (Direct-to-Film) transfers can vary based on several factors, such as the type of ink, transfer film, and fabric used. Generally, the standard heat press temperature ranges from 320°F to 350°F (160°C to 177°C). To ensure optimal adhesion and quality, it is essential to follow the manufacturer's instructions for the DTF materials, including the ink and film. Depending on the specific setup of your DTF printing process, temperature adjustments may be necessary.
And if you're uncertain about the correct temperatures for storing, pressing, and washing your transfers and garments, don't worry – we've got you covered! Regardless of the garment type or design you're transferring, our comprehensive guide below will ensure you achieve optimal results every time.
DTF Film (DTF PET Film, DTF Transfer Film) is a specially coated film essential for DTF (Direct-to-Film) printing, which transfers designs onto fabrics or other surfaces. Typically, it consists of six layers: the base layer, release layer, viscose layer, printing layer, protective layer, and antistatic layer.
Different types of films available in the market may require specific temperature and time settings to achieve optimal transfer results. Always refer to the manufacturer's instructions to apply the film correctly at the recommended temperature.
To accommodate varying DTF printing needs and achieve the best print quality, two main versions of DTF film are commonly offered: hot peel film and cold peel film.
The table below highlights the key differences between these two film types, comparing them based on main component, pressing temperature, pressing time, application material, transfer size, cost, efficiency, and washing fastness.
Hot Peel Film | Cold Peel Film | |
Main Component | Wax | Silicon |
Pressing Temperature & Processing Time | Pressing at 140-150℃, 5-10 seconds; Cooling 2-3 seconds | Pressing at 150-170℃, 10-20 seconds; Cooling 30 seconds |
Application Material | All kinds of fabrics | All kinds of fabrics, Perfect for special fabrics such as: tarpaulin, coated cloth, canvas, flannelette |
Transfer Features | Large images, patterns, such as: T shirt print on front and back | Complex, intricate patterns such as fine lines, small icons, letters with details |
Compiling a comprehensive table for all fabric types, temperatures, and pressing times for DTF (Direct-to-Film) printing can be difficult due to the diverse range of fabrics and the specific requirements of DTF printers, inks, and transfer films. These settings can vary considerably based on these factors.
Here is a simplified example outlining recommended temperature and time settings for some common fabric types:
Fabric Type | Temperature Range | Time Range |
Cotton | 330°F - 350°F (165°C - 177°C) | 25 - 30 sec |
Polyester | 310°F - 330°F (154°C - 165°C) | 20 - 25 sec |
lend | 320°F - 340°F (160°C - 171°C) | 22 - 27 sec |
These values are approximate, and it is essential to refer to the specific guidelines provided by the manufacturer of your DTF printer, ink, and transfer film to determine the correct settings for your equipment and materials. Always perform test prints and adjustments to achieve the best results.
Tips:
•The transfer time can vary based on the equipment and materials being used, ranging from 20 to 60 seconds or longer.
•Conduct test transfers on scrap fabric to identify the optimal time and temperature settings.
•Always adhere to the manufacturer's instructions for your particular DTF setup to ensure consistent and high-quality transfers.
1. Using A Heat Press
When applying transfers using a heat press, the recommended temperature typically ranges from 300°F to 320°F (160°C). The exact setting may vary depending on the type of DTF film and the material – cotton generally requires higher heat than polyester or blends. Apply medium pressure and press the transfer for approximately 12-15 seconds for optimal results.
2. Using A Handheld Press
When using a handheld press, it's essential to monitor the temperature closely. Begin with a lower temperature and adjust as necessary. While the optimal setting can vary based on the specific handheld press, starting at 320°F (160°C) is recommended. Apply hard pressure for approximately 20 seconds. If the transfer isn't adhering properly, increase the temperature by 15°F (8°C) and test again. Continue adjusting until the transfer adheres effectively. Unlike traditional presses, there is minimal risk of overpressing, so experiment with the settings to achieve the best results.
3. Using An Iron
When using a household iron for DTF transfers, achieving even heat distribution is crucial, as irons are less precise than heat presses. While a heat press is recommended for more consistent results, you can still obtain excellent outcomes with a standard iron.
Pay close attention to the temperature settings, and consider using a thermometer to verify the actual temperature. Begin with a lower setting to prevent scorching or melting the material, then gradually increase it to the cotton/linen setting if necessary.
Place a parchment paper or guard sheet over the transfer and press with firm pressure for approximately 20 seconds.
Tips:
•There is minimal risk of over-pressing a DTF transfer, but be mindful of potential scorch marks or fabric damage, especially when using a household iron.
•One major advantage of DTF transfers is their quick application time – as little as 15 to 20 seconds per transfer!
Whether you're using a heat press, a handheld press, or a household iron, selecting the correct temperature is essential to keep your DTF transfers vibrant and long-lasting on custom garments.
The ambient temperature during DTF (Direct-to-Film) printing and storage can significantly affect the quality of the transfers and materials. For optimal printing results, it is recommended to maintain a working environment with a temperature range of 68°F to 75°F (20°C to 24°C).
For storage, DTF transfers and related materials should be kept in a cool, dry area, avoiding exposure to extreme temperature changes. Maintaining the storage temperature within the same 68°F to 75°F range helps preserve the integrity of the materials, ensuring they remain in excellent condition for future use.
The washing temperature for DTF (Direct-to-Film) transfers can vary based on the type of ink and material used. Generally, it is recommended to wash garments with DTF prints in cold water, as it is gentler on the print and helps minimize the risk of fading or damage. For the most accurate washing temperature and care guidelines, always refer to the instructions provided by the manufacturer of your DTF materials.
MORE READ: DTG vs Screen Printing: Selecting the Ideal Method for Apparel Printing
The temperature for curing DTF powder generally aligns with the heat press temperature used for DTF transfers. While specific settings may differ based on the DTF printer, ink, and transfer film, general guidelines suggest curing the powder for 30 to 60 seconds at 320°F to 350°F (160°C to 177°C) with a pressure setting of 60 to 80 PSI. Typically, the curing process takes about 2 minutes at 325°F (160°C) by hovering the heat press over the powder.
Parameter | Recommended Range |
---|---|
Temperature Range (°F) | 320 - 350 |
Temperature Range (°C) | 160 - 177 |
Pressure (PSI) | 60 - 80 |
Cure Time (Seconds) | 30 - 60 |
Hovering Time (Minutes) | 2 at 325°F (160°C) |
Achieving exceptional DTF transfer quality starts with using the right equipment and materials. At Hanze, we provide a complete lineup of professional-grade DTF printing solutions tailored for industrial-scale production. From precision-engineered DTF printers and shakers to high-quality films, powders, and inks, our products are designed to deliver vibrant, long-lasting prints on a variety of fabrics.
Streamline your workflow with our efficient DTF dryers, heat press machines, and advanced curing ovens, all optimized for maximum productivity and consistency. Ready to scale up your DTF printing capabilities? Partner with us to access premium DTF printing equipment and consumables that elevate your production output.