Electronic parts packaging

In the field of outer packaging, composite films are important for electronic components in many aspects. For precision and environmentally sensitive components, the outer packaging usually adopts composite films with good moisture-proof, anti-oxidation and anti-static properties. It is extremely important to select composite films that can provide stable protection to avoid external factors affecting the stability of electronic components and prevent them from being disturbed by external light, moisture and dust.

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For example, the aluminum-plastic composite film used for the outer packaging of electronic components has good barrier properties. It can effectively block the intrusion of gases such as oxygen and water vapor, create a dry, oxygen-free environment for the internal electronic components, prevent the components from oxidation and moisture, and thus ensure the performance and life of the components. Another example is the polyester aluminum-plated composite film, which has excellent wear and scratch resistance. During the transportation and storage of electronic components, it can effectively prevent the outer packaging from being scratched or worn, and protect the internal components from physical damage. In addition, the composite film has high strength and toughness. Even in a complex logistics environment, it can remain intact under the action of external forces such as extrusion and collision, prevent the outer packaging of electronic components from breaking, and reduce the risk of component damage. In addition, some functional composite films, such as anti-static composite films, can reduce the generation and accumulation of static electricity. Avoid static electricity from damaging sensitive electronic components and ensure the safety of electronic components during packaging, handling and use. In short, the outer packaging composite film provides comprehensive protection for electronic components through its diverse properties and characteristics, which is crucial to ensuring the quality and reliability of electronic components. Common applications 1. Integrated circuit (IC) chips 2. Capacitors 3. Resistors 4. Sensors 6. Optoelectronic devices 7. Microcontrollers (MCUs)