XindeFoam®
XindeFoam®
Our PMI FOAM features a 100% closed-cell rigid structure, offering high strength, heat resistance, and excellent dielectric properties. It's ideal for aviation, aerospace, rail transit, and medical devices, leveraging advanced material technology for diverse high-end applications.
Light core: bearing weight with lightness, going far with strength 轻量之芯，以轻承重，以强致远
Light core: bearing weight with lightness, going far with strength 轻量之芯，以轻承重，以强致远
TECHNOLOGY EARNS GLOBAL RESPECT
TECHNOLOGY EARNS GLOBAL RESPECT
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JINJIANG XINDE
www.jjxinde.com
Mail:vivi@jjxinde.com
Whatsapp:86-15260474467
Wechat: 86-15260474467
Company News
HeadphonesPMI foam (Polymethacrylimide foam) has become the core preferred material for the driver unit diaphragms of high-end headphones due to its unique material properties. It is widely used in various high-quality headphones such as over-ear and in-ear.
Created on 2025.11.13
Laptops and Tablets
PMI foam, with characteristics such as lightweight and high strength, excellent dielectric properties, and low thermal conductivity, meets the core requirements of laptops and tablets for thinness, lightness, stability, and sound quality optimization.
Created on 2025.11.13
High-end Sports EquipmentPMI foam (Polymethacrylimide foam) is widely and critically applied in the field of high-end sports equipment. With its excellent lightweight and high-strength properties (specific strength up to 500-800 MPa·kg⁻¹·m³, density only 0.03-0.12 g/cm³),
Created on 2025.11.13
Wind turbine bladesPMI foam (Polymethacrylimide foam), as a high-performance composite core material, is widely used in the wind turbine blade field (especially for large-scale/offshore wind turbines).
It is mainly applied to key load-bearing parts such as blade lea
Created on 2025.11.13
Lightweight AutomotivePMI foam (Polymethacrylimide foam) has been widely used in the lightweight automotive field due to its excellent lightweight and high-strength properties (specific strength up to 500-800 MPa・kg⁻¹・m³, density only 0.03-0.12 g/cm³), outstanding high
Created on 2025.11.13
Medical device structural components
PMI foam-based medical device structural components are widely used in the housings and internal support structures of Computed Tomography (CT) scanners and Magnetic Resonance Imaging (MRI) equipment. With excellent specific strength (combining h
Created on 2025.11.13
Marine and Naval ArchitectureIn the field of marine and naval architecture, PMI foam material has become the core material choice for lightweight hull structures, deck core materials, and cabin partitions, relying on its core advantages of high strength and lightweight, resist
Created on 2025.11.13
Rail TransitIn the rail transit field, PMI foam material has become the preferred material for interior panels and structural supports of high-speed trains, subways and other rail transit vehicles, relying on its core advantages of lightweight, high rigidity,
Created on 2025.11.13
DroneIn the drone field, PMI foam material has become an ideal solution for key components of various drones by virtue of its core advantages of **lightweight, high rigidity, and harsh environment resistance**. The specific applications are as follows:
Created on 2025.11.13
Radome-grade PMI Foam
As a key component of aerospace, marine, and ground radar equipment, the radome’s core function is to protect the internal radar system from harsh environmental erosion (such as high temperature, high-speed airflow, salt spray corrosion, etc.), w
Created on 2025.11.13
Launch Vehicle FieldCore Positioning: With its outstanding comprehensive performance, PMI foam has become the core material for key structural components of launch vehicles, widely used in core parts such as rocket fairings, interstages, and instrument bays.
Lightwei
Created on 2025.11.13
Comprehensive Analysis of PMI Foam Applications in AerospaceAs a high-performance material in the aerospace field, PMI (Polymethacrylimide) foam can be thoroughly analyzed from three dimensions: **material properties, core application scenarios, and technical value & market prospects**.
I. Material Prope
Created on 2025.11.13