lightweight nine-foot plastic pallet

This product is a lightweight nine-foot plastic pallet with a mesh design, commonly used in warehousing and logistics scenarios. Its features and pros/cons are as follows:

Core Features

1. Structure and Material:

1. Material: Lightweight plastic (typically PP polypropylene), with a relatively light self-weight;

2. Structure: The surface features a mesh-like hollow design, supported by nine "foot pads" at the base, classifying it as a "nine-foot tray" type.

2. Functional adaptation:

1. Suitable for small equipment: Can be used for manual forklift (floor jack) handling, and some lightweight models are also compatible with small electric forklifts;

2. Storage Characteristics: The mesh surface facilitates ventilation and drainage, making it suitable for stacking dry and lightweight goods.

advantage

1. Lightweight and easy to operate: With a self-weight of 3-8kg, it requires less effort for manual handling and stacking, making it suitable for small-batch cargo turnover.

2. Lower cost: Plastic material + simple structure, with a lower procurement price compared to heavy-duty pallets (e.g., "川字" or "田字" pallets).

3. Flexible Scene Adaptation: Mesh ventilation is suitable for storing cartons and bagged lightweight goods; the nine-leg structure allows stacking (empty pallets can be nested), saving storage space.

4. Easy to Clean and Durable: Made of plastic, it is waterproof, corrosion-resistant, rust-free, and mold-resistant, with convenient daily rinsing and maintenance.

shortcoming

Limited Load Capacity: As a lightweight pallet, the dynamic load (forklift handling) is typically under 1,000 kg, while the static load (stacked storage) is approximately 2,000 kg, making it unsuitable for heavy cargo.

2. Moderate stability: The nine-foot support has a relatively small contact area, making it prone to tipping over when stacking high cargo; the grid surface is also unsuitable for placing small or easily sliding items.

3. Poor impact resistance: The lightweight plastic material is relatively brittle and prone to cracking or breaking under heavy impacts or in low-temperature environments.