Lamination

Bonds polymer films or resins into multilayer composites under heat and pressure for enhanced properties.

Lamination involves bonding multiple layers of materials to form a composite with enhanced mechanical, thermal, or barrier properties. It is widely used in packaging, automotive interiors, and protective coatings. Bioplastics such as PLA and bio-based adhesives are increasingly used in lamination for eco-friendly packaging and disposable products. These materials provide sustainable alternatives without compromising performance.

Explore recommended bioplastics or consult our SME for expert guidance. Skyi FKuR offers customized, scalable solutions in bioplastic processing.

This industrially compostable bioplastic mimics LDPE properties, offering high puncture resistance and flexibility. With EN…

This industrially compostable bioplastic mimics HDPE, offering high tear strength, pearlescent sheen, and light…

With 60% renewable content, this industrially compostable bioplastic ensures excellent impact strength and melt stability.…

Creates polymer nets using a die with precise geometries and consistent pore sizes.

Forms hollow objects by extruding a parison, clamping it in a mold, and inflating with air.

Produces thin films by extruding molten polymer through an annular die, inflating with air, and cooling.

Forms heated polymer sheets into shapes using molds and vacuum or pressure, then cools and trims.

Injects molten polymer into a mold, cools it, and ejects solid, high-precision parts.

Additive manufacturing where thermoplastic polymers are extruded and layered based on CAD models.