PACKAGING STANDARDS

I. Scope of Application

These packaging standards apply to export transportation of lithium-ion battery manufacturing equipment, including:

Electrode processing equipment (slitting, die-cutting, laser cutting)

Pouch cell assembly equipment (stacking, sealing, welding, electrolyte filling)

Pilot line systems for pouch and solid-state batteries

The framework covers packaging structure design, protective material selection, and transportation risk control to ensure equipment integrity upon arrival.

II. Core Packaging Materials & Protective Functions

Our export packaging adopts a multi-layer composite protection system, with each material layer serving a defined protective role within the overall packaging architecture.

Inner Mechanical & Surface Protection

EPE Foam (≥28 kg/m³) + Anti-Static Stretch Film 

High-density EPE foam absorbs impact and vibration during handling and transport

Anti-static stretch film prevents electrostatic discharge and surface abrasion

Designed to protect precision components such as die-cutting assemblies, servo systems, CCD modules, and control cabinets

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Moisture & Climate Isolation Layer

Waterproof Bag + Aluminum-Foil Composite Barrier

Moisture-proof enclosure isolates equipment from high-humidity environments during marine transport

Aluminum-foil composite layer enhances thermal insulation and vapor resistance

Vacuum-sealed structure significantly reduces condensation risk caused by temperature fluctuations

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Structural Fixation & Stability Control

Strapping & Internal Securing System

Reinforced strapping prevents movement of packaged equipment during transportation

Key precision assemblies are mechanically fixed prior to shipment to maintain alignment accuracy

Enhances resistance to vibration and stacking loads

External Structural Protection

Reinforced Wooden Crate

Industrial-grade wooden crate designed for heavy and precision equipment export

Crate structure aligns with international wooden packaging safety practices (e.g. GB/T 12464)

Fumigation-treated wood complies with ISPM 15 requirements, supporting customs clearance in EU, US, and Southeast Asian markets

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Environmental Shielding

Wear-Resistant Rainproof Cover

Final protective layer guarding against rain, dust, and abrasion

Suitable for port handling, outdoor storage, and multi-leg transportation routes

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III. Transportation Protection Advantages

Impact & Vibration Resistance
Packaging design references international transportation performance testing practices (such as ASTM D4169) to mitigate risks from drops, vibration, and compression during global shipping cycles.

Moisture & Climate Adaptability
Multi-layer moisture isolation minimizes corrosion and electronic degradation risks caused by humidity and temperature variation.

Precision Equipment Safeguarding
Targeted protection strategies preserve mechanical alignment and functional accuracy of high-precision modules after long-distance transport.

Export Compliance Readiness

Packaging materials and crate treatment support smooth customs clearance and reduce logistics-related delays across major global markets.

IV. Documentation & Delivery Readiness

Each shipment is supported by complete packaging and delivery documentation to facilitate installation and commissioning:

Packing list and equipment identification labels

Handling and transportation instructions

Installation preparation guidelines

Packaging compliance and fumigation documentation (when required)

Engineered for Global Delivery Confidence

Our packaging standards reflect the same engineering rigor applied to equipment design—ensuring every machine arrives protected, compliant, and ready for commissioning, regardless of destination.

Customized packaging solutions are available to address special transportation routes, climate conditions, or regional compliance requirements.