IXPP foam, or irradiation cross-linked polypropylene foam, is a type of closed-cell foam known for its lightweight, durable, and high-performance properties.
It is produced by irradiating polypropylene, which enhances its cross-linking structure and improves mechanical strength, resilience, and dimensional stability.
IXPP foam is widely used in packaging, construction, automotive, and sports applications due to its excellent shock absorption, thermal insulation, and chemical resistance.
IXPP foam offers superior impact resistance, cushioning, and vibration damping.
Its closed-cell structure ensures excellent water and moisture resistance, as well as good thermal insulation.
Additionally, IXPP foam is lightweight, flexible, and chemically stable, making it ideal for protective packaging, insulation, and sports applications.
While IXPE foam is based on polyethylene, IXPP foam is made from polypropylene, providing higher rigidity and heat resistance.
IXPP foam is more dimensionally stable at elevated temperatures and offers better chemical and UV resistance.
It is often preferred in applications requiring higher load-bearing capacity, structural cushioning, or long-term thermal stability.
IXPP foam is widely used in automotive, construction, electronics packaging, and sports industries.
In automotive applications, it provides seat cushioning, vibration damping, and protective lining.
Construction applications include thermal insulation, underlayments, and expansion joint fillers.
Its shock absorption and lightweight cushioning make it ideal for packaging delicate electronics and sports equipment.
IXPP foam is non-toxic and safe for consumer use.
However, like most cross-linked foams, it is not biodegradable, so proper recycling or disposal is recommended.
Some manufacturers produce eco-friendly IXPP foam using recyclable materials or energy-efficient irradiation processes to reduce environmental impact.
IXPP foam is used for protective packaging, automotive interiors, sports mats, and construction insulation.
It is particularly valued for its shock absorption, thermal insulation, chemical resistance, and lightweight cushioning.
Other applications include yoga mats, tool packaging, and industrial padding.
IXPP foam should be stored in a dry, cool environment away from direct sunlight and high heat.
It is easy to cut, shape, or laminate, but care should be taken to avoid sharp objects that could damage the foam.
Proper storage preserves its cushioning, insulation, and mechanical properties over time.
Yes, IXPP foam can be manufactured in various densities, thicknesses, colors, and surface textures.
It can also be laminated, die-cut, or shaped to meet specific industrial or consumer needs.
Customization ensures optimal cushioning, thermal insulation, vibration damping, or structural support for diverse applications.