Extrusion Film EPE Lamination Machine is a production machine used to laminate EPE (Expanded Polyethylene) foam with film. This machine combines EPE foam with film for protective or aesthetic purposes. It is specifically designed to ensure adhesion between EPE foam and plastic film, combining the two materials in a single process. It is suitable for coating products such as construction floor coverings, aluminum insulation materials, nonwoven bags, and shopping bags.
Core Functions of the Extrusion Film EPE Lamination Machine
Extrusion: Polyethylene pellets are melted through heating and then extruded into a thin film layer through a die.
EPE Foam Production: EPE foam is produced via extrusion. Polyethylene pellets expand through thermal processing to form a lightweight and flexible foam material.
Lamination: The EPE foam is laminated with the extruded film. The film adheres to the EPE surface, gaining enhanced durability, waterproof properties, or protective functionality. Lamination is typically achieved using heat,
printing, and/or adhesives.
As a result, the laminated material is made ready for use in industries such as packaging, insulation, automotive, construction, and more.
This machine is essential for improving production efficiency and achieving high-quality, durable products. It includes advanced technological features that enhance product quality and accelerate the manufacturing process.
EPE lamination machines are equipped with multi-die systems, temperature control, and speed adjustment features, and are designed to meet specific product quality standards.
The machine is designed to integrate with electric and pneumatic systems and can be customized as per preference. It includes a high-precision, high-speed, and efficient mixing screw, a quick-change hydraulic screen changer, a 360-degree rotating automatic roll changer for continuous operation, and a T-die.
The machine is also equipped with a PLC control system. The PLC enables automatic control of the machine without manual intervention, reducing human error and enhancing production efficiency.
