IXPP Foam

IXPP (Electron Beam Cross - linked Polypropylene Foam) is a novel polymer material manufactured by blending polypropylene (PP) resin with fillers, chemical cross - linkers, and blowing agents. It stands out for its thermal stability (up to 130°C), dimensional stability at high temperatures, and excellent mechanical properties (high toughness, tensile strength, and impact strength). With a soft surface, superior microwave adaptability, and environmental friendliness, it is widely used in automotive soft interiors, building materials, packaging materials, and other fields.

Exceptional Heat Resistance
With a temperature resistance of up to 130°C, it maintains dimensional stability in high - temperature environments, making it suitable for applications such as automotive engine compartments and high - temperature building insulation.
Outstanding Mechanical Strength
Its tensile strength and impact strength are significantly better than most plastic foams. It combines toughness and durability, making it competent for structural applications.
High - efficiency Insulation
The closed - cell structure provides a low thermal conductivity (<0.036W/m·K), and its insulation performance is not affected by moisture, ensuring long - term and stable thermal insulation.
High Elasticity and Processability
It has an elongation at break of 300% at room temperature and an impressive 1300% at 120°C. It can be easily compounded, cut, and thermoformed, adapting to various processes.
Superior Chemical Resistance
Its corrosion resistance is better than most foams, making it suitable for high - corrosion environments such as chemical engineering and healthcare.
Process Friendliness
With a smooth surface and uniform cell structure, it supports secondary processing (e.g., pasting, punching, thermoforming), reducing production complexity.