PEEK Film,High-temperature resistant polymer film

The application of PEEK film in new energy vehicles

The focus is mainly on the areas with extremely high requirements for material properties, such as the electric drive system, battery system, thermal management, and lightweight structure. This is because it possesses characteristics such as high temperature resistance, chemical corrosion resistance, high mechanical strength, low moisture absorption, and flame retardancy, making it highly suitable for the demanding conditions of new energy vehicles.

PEEK making it highly suitable for the demanding operating conditions of new energy vehicles.

PEEK possesses excellent properties such as high temperature resistance, chemical corrosion resistance, and high mechanical strength, making it highly suitable for the demanding operating conditions of new energy vehicles.

PEI films can serve as separator substrates due to their heat resistance and dimensional stability

PEI films act as insulating liners inside motor slots, offering superior dielectric strength and thermal endurance essential for high-speed motors.

PEEK film takes advantage of its high-temperature resistance and chemical stability to encapsulate high-density tactile sensing arrays

PEEK films can be utilized in high-frequency flexible printed circuit boards (FPCs) for robotic control coordination or edge computing modules.

PEEK films, with their outstanding high-temperature resistance, high strength, corrosion resistance, electrical insulation, and excellent biocompatibility, are playing an increasingly important role in high-end robotics, particularly in the fields of industrial collaborative robots, medical robots, and humanoid robots.

The PEEK film can reduce direct friction between metals and extend the service life.

In the future, with the advancement of intelligent manufacturing and new material technologies, PEEK films are expected to become one of the key fundamental materials for AI robots to achieve high performance, high reliability and intelligence.

PCPMMA replaces pure PMMA or glass to enhance the drop resistance while maintaining high light transmittance.

在部分中端机型中，PCPMMA 可替代全 PC 背板，提高表面硬度和耐刮性，同时保留一定抗冲击性，并可通过喷涂/IML 工艺实现类玻璃质感。

PC/PMMA combines lightweight properties, high gloss/hard matte surface effects, and impact resistance protection.

PCPMMA is used for the decorative panels on the A side (screen frame) or the B side (keyboard surface), offering lightweight design, high gloss/hard matte surface effects, and impact resistance protection.

High permeability + High impact resistance + High hardness

For the panels of smart speakers, the back covers of smart watches, and the viewing windows of AR/VR headsets, PCPMMA offers sufficient light transmittance and impact resistance protection. At the same time, it can be surface hardened or coated to achieve functions such as anti-fingerprint and anti-glare.

The PC/PMMA composite board can achieve a borderless and integrated large-screen visual effect.

High rigidity + certain toughness: PC offers resistance to impact and vibration, making it suitable for areas near the engine compartment or prone to collisions. High transparency + Good weather resistance: PMMA offers a light transmittance similar to that of glass, while resisting ultraviolet aging, and is not prone to yellowing or fogging, ensuring long-term clear display.

Using printed/coated PC films for exterior parts.

Using optical-grade PC film as a substrate for capacitive touch sensors, applied to the back of glass or plastic enclosures. The surface can feature a hardened coating, offering wear and scratch resistance, making it suitable for products with frequent touch operations (such as high-end water purifiers and dishwashers).

PEEK film has a temperature resistance of over 250℃ and can withstand multiple high-temperature and high-pressure sterilizations.

PEEK film can be applied in high-frequency and energy surgical equipment as insulating gaskets and electrode support films for electrosurgical units, radiofrequency ablation devices, ultrasonic scalpels, etc. It has a temperature resistance of over 250℃ and can withstand multiple high-temperature and high-pressure sterilizations. Stable dielectric performance, reducing energy loss.

PCPMMA is used for smartphone back covers

PCPMMA is used for smartphone back covers, essentially employing an engineering plastic solution to approximate the visual appearance of glass while retaining certain advantages such as impact resistance and lightweight properties.

biosensor

The electrical insulation, chemical inertness, and patternable surface of PEEK (e.g., via photolithography or laser etching) make it suitable as a substrate or insulating layer for sensors. Its high-temperature resistance allows for post-processing at elevated temperatures after immobilizing biomolecules to enhance binding strength.

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The application of PEEK film in new energy vehicles

The application of PEEK film in new energy vehicles

PEEK making it highly suitable for the demanding operating conditions of new energy vehicles.

PEEK making it highly suitable for the demanding operating conditions of new energy vehicles.

PEI films can serve as separator substrates due to their heat resistance and dimensional stability

PEI films can serve as separator substrates due to their heat resistance and dimensional stability

PEEK film takes advantage of its high-temperature resistance and chemical stability to encapsulate high-density tactile sensing arrays

PEEK film takes advantage of its high-temperature resistance and chemical stability to encapsulate high-density tactile sensing arrays

PEEK films can be utilized in high-frequency flexible printed circuit boards (FPCs) for robotic control coordination or edge computing modules.

PEEK films can be utilized in high-frequency flexible printed circuit boards (FPCs) for robotic control coordination or edge computing modules.

The PEEK film can reduce direct friction between metals and extend the service life.

The PEEK film can reduce direct friction between metals and extend the service life.

PCPMMA replaces pure PMMA or glass to enhance the drop resistance while maintaining high light transmittance.

PCPMMA replaces pure PMMA or glass to enhance the drop resistance while maintaining high light transmittance.

PC/PMMA combines lightweight properties, high gloss/hard matte surface effects, and impact resistance protection.

PC/PMMA combines lightweight properties, high gloss/hard matte surface effects, and impact resistance protection.

High permeability + High impact resistance + High hardness

High permeability + High impact resistance + High hardness

The PC/PMMA composite board can achieve a borderless and integrated large-screen visual effect.

The PC/PMMA composite board can achieve a borderless and integrated large-screen visual effect.

Using printed/coated PC films for exterior parts.

Using printed/coated PC films for exterior parts.

PEEK film has a temperature resistance of over 250℃ and can withstand multiple high-temperature and high-pressure sterilizations.

PEEK film has a temperature resistance of over 250℃ and can withstand multiple high-temperature and high-pressure sterilizations.

PCPMMA is used for smartphone back covers

PCPMMA is used for smartphone back covers

biosensor

biosensor

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Optical/Printable Grade Series

Functional film series

PC/PMMA composite sheet Series

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Ultra-thin optical-grade PMMA film

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High-Performance PSU Film

High-Performance PSU Film

Color. Protected. Perfected.

Color. Protected. Perfected.

Did you know? Many phone back covers today aren’t glass or regular plastic — they’re made from PCPMMA

Did you know? Many phone back covers today aren’t glass or regular plastic — they’re made from PCPMMA

0.75mm Transparent Yellow Polycarbonate Sheet

0.75mm Transparent Yellow Polycarbonate Sheet

Lightweight. Durable. Exceptionally Clear: The Optics of Innovation

Lightweight. Durable. Exceptionally Clear: The Optics of Innovation

Flame-Retardant Black PC Materials: Powering the Future of New Energy Vehicles

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