Shutter window type heat transfer film

The heat transfer film is placed on the surface of the shutter, and the heat transfer film is heated and pressurized by the heat transfer machine or other heating equipment to ensure that the heat transfer film can be fully and firmly attached to the surface of the shutter, and the temperature is uniform during the heating process. Shutter heat transfer film is usually composed of multiple layers of materials, including substrate layer, pattern layer, viscose layer, etc. These layers work together to achieve pattern transfer.

1, the thermal transfer film can achieve high-precision pattern printing, ensuring that the pattern is delicate, clear, bright and lasting. This is very important for shutters, which are usually used as indoor or outdoor decoration, and the presentation effect of the pattern directly affects the overall beauty.
2, shutter type heat transfer film usually has high durability and weather resistance, can resist wear and tear in daily use, scratching and erosion of the outdoor environment. Patterns can remain bright and clear for a long time, and will not fade or be damaged by the passage of time or harsh environmental conditions.
3, the heat transfer film through the effect of heat and pressure, can be firmly attached to the shutter material, forming a stable pattern layer. This adhesion and stability ensure that the pattern is not easy to fall off or deform during the use of the shutter, thus maintaining a long-lasting decorative effect.
4, the surface of the heat transfer film is usually relatively smooth, not easily contaminated with dust and stains. Shutter type heat transfer film is relatively simple and convenient in terms of cleaning and maintenance, and can be wiped and maintained using conventional cleaning methods.
5, blind heat transfer film meets the requirements of outdoor environmental protection, does not contain harmful substances, harmless to the human body and the environment.

Scope of application: outdoor furniture, beach chairs, shutters, etc.