High Metal Adhesion
Film Compounds

MANUFACTURING CHALLENGES:

Achieving strong, consistent metal adhesion in CPP metallized films can be challenging, particularly across both Alubond-treated and non-treated systems. Conventional copolymers and terpolymers may require higher skin-layer thickness or additional surface treatment to achieve the desired adhesion and barrier performance.

Manufacturers are therefore looking for a material solution that can enhance metal adhesion, improve barrier performance and enable material optimization without compromising film processability.

SUDARSSHAN SOLUTION:

Sudarsshan's High Metal Adhesion Compound is a specially engineered formulation designed to enhance the bonding between CPP films and metal layers in metallized film structures.

The compound delivers strong metal adhesion in both Alubond-treated and non-treated systems, while offering improved processing characteristics compared with conventional adhesion materials.

Its enhanced adhesion performance can also enable optimization of the skin-layer thickness, helping manufacturers reduce material consumption while maintaining the required film performance.

KEY OPERATIONAL ADVANTAGES:

Superior Metal Adhesion — Strong and consistent bonding between CPP film and metal layers.
Alubond & Non-Alubond Compatibility — Effective adhesion performance across treated and non-treated systems.
Enhanced Barrier Performance — Supports improved oxygen barrier properties in metallized film structures.
Skin-Layer Optimization — Enables potential reduction in skin-layer thickness and material consumption.
Material Cost Optimization — Lower material usage can contribute to improved cost efficiency.
Improved Processability — Designed for compatibility with standard CPP film extrusion processes.
Versatile Packaging Applications — Suitable for metallized CPP films, flexible packaging, barrier films and high-performance lamination structures.
Potential for Improved Shelf Life — Enhanced barrier performance can help protect packaged products against oxygen exposure.