Work-in-Process Transfer and Finished Goods Storage Scenarios for New Energy Components

Core Protective Consumables for High-Volume Production, Transfer, Storage, and Transportation of New Energy Components

Carrier tapes, cover tapes, and anti-static thermoformed trays are the core protective consumables for high-volume production, transfer, storage, and transportation of new energy components. They are widely used for precision components in new energy vehicles, photovoltaic energy storage, industrial power supplies, BMS battery management, and related fields, specifically addressing critical pain points such as electrostatic sensitivity, high-temperature resistance requirements, and susceptibility to damage and oxidation.

Customized carrier tapes can precisely match small components such as chip resistors, capacitors, power chips, and micro sensing elements. When combined with cover tapes via heat sealing, they form a sealed anti-static protective structure that effectively prevents dust, moisture, and electrostatic damage. They are perfectly compatible with the high-speed SMT automated feeding requirements of new energy production lines, ensuring stability and precision in mass placement.

Anti-static, high-temperature-resistant thermoformed trays are primarily used for work-in-process transfer and finished goods storage of medium to large-sized devices such as power modules, lithium battery components, and high-voltage electronic assemblies. They offer strong load-bearing capacity and a high level of protection.

These three types of packaging work together in a coordinated manner, balancing automated mass production efficiency with the high-reliability quality standards required for new energy products. They safeguard the safety of component production and flow throughout the entire process, making them a key supporting solution for intelligent manufacturing in the new energy electronics industry.

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