How do you determine whether your product is suitable for sublimation printer ink?

author: Uvink

2022-11-11

How do you determine whether your product is suitable for sublimation printer ink?

Thermal transfer printing process is suitable for plastic (ABS, AS, PS, PVC, EVA, PP, PE, PET),

metal, leather, ceramics, wood and other products of plane, curved surface, alien (part),

cylinder, conical surface printing, widely used in textiles, daily necessities, cosmetics,

stationery, toys, building materials, decorative materials, gifts, food packaging, signs and

other industries products and packaging printing and decoration. While the scope of

the hot transfer process seems to be all-inclusive, in reality, there are still some workpieces

that cannot complete surface printing with hot transfer ink.

How do you determine whether your product is suitable for sublimation printer ink?

In addition to the above seals are known to apply to the thermal transfer ink, some

uncomfortable cooperative thermal transfer process seals can also be identified on the following aspects.

How do you determine whether your product is suitable for sublimation printer ink?

The shape of the bearing material, some bearing material material is very difficult or unable to apply to

the thermal transfer printing process, such as the bearing material surface is uneven, the bearing

material volume is too large or too small, the bearing material printing area is too large or too small,

and so on. Bearing material, some bearing material is very difficult or is not applicable to

the thermal transfer process. For example, stainless steel material without spray paint,

wood without cover paint, bearing material surface sprayed with double components of paint surface,

silicone material, bearing material can not be heated and pressure material, blowing plastic low-pressure

material and so on. Other seals, because they cannot be made for accurate identification from

a theoretical point of view, must also be identified by hot transfer printing and hot printing.