Thermal Fusion Transfers
Frequently Asked Questions
Discover everything you need to know about our versatile Thermal Fusion Transfers with answers to frequently asked questions, ensuring seamless application and optimal results for your creative projects.
Thermal Fusion Transfers are designs activated by heat that bond to various surfaces, such as fabric, wood, metal, and canvas, using a household iron.
Yes, a home iron can be used, provided it has a dry heat setting (steam should be off) and you apply consistent pressure.
An iron that doesn't distribute heat evenly can result in patchy transfers, with certain areas adhering well while other areas don't. To prevent this, opt for an iron featuring a flat soleplate, which is the part in contact with the surface. A ceramic or non-stick soleplate is particularly beneficial, as it disperses heat uniformly across the surface, eliminating those troublesome hot spots that can spoil your design.
These transfers can adhere to fabric, wood, metal, ceramic, and more. Different surfaces require specific heat settings. Click this link for some project ideas
Yes, using parchment paper or a teflon sheet helps protect the transfer and ensures even heat distribution. Parchment paper is recommended as it removes any unwanted shine on the image giving you a matte finish. Teflon also interferes with an even temperature distribution, which will effect the adhesion process and leaves a shiny appearance.
Yes, they work well on dark fabrics, and dark coloured paints as long as the transfer design is opaque enough to be clearly visible.
Yes, just ensure each layer is fully adhered and cooled before applying the next.
No, once applied, the transfer cannot be repositioned without risking damage.
Excessive heat can distort the transfer or scorch the surface, so follow the recommended guidelines.
Use a fabric marker or chalk to outline the placement area prior to applying heat.
Reapply heat with a protective sheet, gently pressing to smooth out wrinkles.
Yes, wait 24 hours, then turn the garment inside out and wash in cold water. Avoid bleach and tumble drying; air dry it inside out
If your Thermal Fusion Transfer doesn’t adhere properly, follow these steps to improve adhesion.:
Check Iron Settings: Ensure the iron is set to the correct temperature and steam function is off to avoid moisture interference
Even Pressure: Ensure that you are applying consistent, firm pressure across the entire design. Avoid sliding the iron to prevent shifting; instead ,use a press-then-lift technique.
Reapply Heat and Pressure: Cover the transfer with parchment paper and reapply heat. Press firmly for another 3-5 seconds, focusing on areas that didn’t adhere well.
Cool and Recheck: Wait until the transfer has completely cooled down before attempting to peel the film again. If it still doesn’t adhere, repeat the heating and pressing process.
Surface Preparation: Make sure the surface is clean, dry, and free from any wrinkles, oil and dust before starting the application. Always iron the surface prior to application to remove any moisture .
When applying a Thermal Fusion Transfer, fine lines in the image may sometimes result in visible adhesive, especially if excessive pressure is used during the application process. Fortunately, this can be easily resolved-
Evaluate the pressure: Start by assessing the pressure you applied. Excessive force can cause the adhesive to spread beyond the design's edges.
Repress the transfer: Gently apply a second press to the transfer. Place a clean sheet of parchment paper over the image and surrounding area. With your iron, gently press down on the area that has visible adhesive for 2-3 secs. Carefully peel off the parchment paper while it is still warm using a side to side downwards rolling motion.
This additional pressing helps diminish any visibility of the adhesive.
Repeat if necessary: If adhesive visibility persists, repeat the pressing process as many times as needed.
Follow Specific Instructions: Refer to the application guidelines tailored to the specific surface you are working on. Different materials will require unique pressure or heat settings.
Yes, you can apply a Thermal Fusion Transfer on a varnished surface. However, it is essential to ensure that the varnished surface is clean, dry, and free of any dust or debris before application. The quality of the bond will depend on the type of varnish used and the preparation of the surface.
When applying a Thermal Fusion Transfer to non fabric surfaces, sealing the transfer can significantly enhance its durability and appearance. We recommend using a water-based top coat.