Size: Customizing.
Material: PET foam.
Color: Black or custom. Delivery time: 10-40 days.
Application: Car door.
The PET Foam Block is an innovative, sustainable thermoplastic foam solution engineered to deliver exceptional performance across industrial, automotive, and construction sectors. Characterized by its closed-cell structure, this foam block combines safety, durability, and versatility, making it a standout choice for high-demand applications. Crafted from renewable thermoplastic foam, it boasts inherent flame-retardant and non-toxic properties, ensuring safe use in enclosed spaces and eco-conscious projects. As a premium sandwich foam material, it is widely utilized in automotive door components, wind turbine blades, rail transit vehicles, ships, building materials, and decorative products. The PET Foam Block excels in mechanical resistance, fatigue resistance, and UV resistance, maintaining structural integrity under extreme conditions. Whether used for insulation, structural support, or sound absorption, this foam block offers a balanced blend of functionality, sustainability, and long-term reliability that meets the demands of modern industries.
The closed-cell PET foam structure is a defining feature that minimizes water absorption, keeping the foam lightweight and effective even in humid environments. This structure also enhances mechanical strength, providing superior support and stability when used as a core material in sandwich panels.
Made from renewable thermoplastic foam, the PET Foam Block aligns with sustainability goals without compromising performance. It is inherently non-toxic and flame-retardant, reducing fire risk and ensuring safety in consumer-facing and industrial applications.
After high-temperature curing, the foam exhibits significantly improved mechanical properties—including exceptional mechanical resistance and fatigue resistance. Its shear elongation is notably enhanced, allowing it to withstand repeated stress and strain without losing shape or functionality.
The PET Foam Block offers strong chemical stability, resisting degradation from diverse substances. It does not undergo post-expansion after curing, ensuring consistent dimensions and performance over time—critical for precision applications.
As automotive door foam, the PET Foam Block enhances sealing, insulation, and structural integrity. It provides sound insulation to reduce road noise, thermal insulation to improve passenger comfort, and structural support—all while meeting automotive safety standards with its flame-retardant and non-toxic properties.
In the renewable energy sector, the foam serves as a core sandwich foam material for wind turbine blades. Its lightweight design optimizes blade efficiency, while its mechanical strength and UV resistance ensure durability in outdoor, high-wind environments.
The PET Foam Block is ideal for rail transit vehicles and ships, offering insulation, sound absorption, and structural support. Its moisture resistance and chemical stability make it suitable for marine and transit environments exposed to harsh conditions.
In construction, the foam is used in insulation panels, decorative materials, and structural components. It provides thermal insulation to reduce energy costs, soundproofing to enhance comfort, and fire resistance to improve building safety. Its lightweight nature simplifies installation and reduces structural load.
The foam’s mechanical strength and chemical stability make it suitable for industrial uses, such as equipment insulation, component protection, and custom manufacturing. It can be tailored to meet specific industrial requirements, from hydraulic systems to ventilation ducting.
The foam features a closed-cell structure, which minimizes water absorption, enhances mechanical strength, and ensures consistent performance in diverse environments.
Yes—made from renewable thermoplastic foam, it is a sustainable choice that reduces environmental impact. It is also non-toxic and free from harmful additives.
Absolutely. The PET Foam Block is UV-resistant and weather-resistant, withstanding prolonged sun exposure, temperature fluctuations, and moisture without degradation.
It is inherently flame-retardant, reducing the spread of fire and emitting minimal smoke. This, combined with its non-toxic properties, makes it safe for use in safety-critical applications.
Key industries include automotive (for automotive door foam), renewable energy (wind turbine blades), rail transit, shipbuilding, construction, and industrial manufacturing. Its versatility addresses diverse needs across these sectors.
