Crosslinked Shrink Film is distinguished by its enhanced physical properties, which result from a specialized manufacturing process. Understanding this process provides insight into why jtpackage Crosslinked Shrink Film is suitable for demanding packaging applications that require both strength and flexibility.
The manufacturing of jtpackage Crosslinked Shrink Film begins with the extrusion of polyethylene polymers into thin film sheets. This initial step shapes the film and defines its base properties such as thickness and clarity. What sets crosslinked films apart is the next stage—radiation crosslinking.
In this phase, the film is exposed to controlled doses of electron beam or gamma radiation. This exposure causes the polymer chains within the film to form crosslinks, effectively bonding the molecules together. These crosslinks enhance the film’s mechanical strength, heat resistance, and ability to shrink uniformly.
The crosslinking process also improves the film’s puncture resistance and tensile strength, which are important for packaging heavy or sharp-edged products. jtpackage ensures that this process is carefully controlled to deliver consistent film quality that meets the needs of various industries.
After irradiation, the film is cooled and rolled for shipment, ready to be used in packaging lines. The combination of extrusion and crosslinking results in a film that offers reliable protection while adapting to different product shapes and sizes.
Choosing jtpackage Crosslinked Shrink Film means selecting a product made through a proven manufacturing method focused on durability and performance. To learn more about jtpackage’s range of shrink films and their manufacturing, please visit: https://www.jtpackage.com/
