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Small Grid EPE Tray

Updated: 2026-07-21

Overview

Small Grid Pearl Cotton Tray is a protective packaging solution made from expanded polyethylene (EPE), commonly known as pearl cotton. Its grid design provides superior cushioning and organization for fragile items during shipping and storage. The material's closed-cell structure offers excellent shock absorption while remaining lightweight. It has become a preferred choice for industries requiring precision protection, replacing traditional materials like Styrofoam due to its environmental advantages and superior performance.

Product Features

The tray's most distinctive feature is its grid pattern, which creates multiple cushioning chambers to prevent item movement and impact damage. The EPE material provides consistent protection against vibrations and drops. Additional benefits include moisture resistance, chemical inertness, and thermal insulation properties. The material is also non-abrasive, making it safe for delicate surfaces. Customization options include variable grid sizes, thicknesses (typically 3-50mm), and color additives for product differentiation.

Main Uses

Primary applications include electronics packaging (circuit boards, components), glass products (laboratory equipment, drinkware), and precision instruments. The grid design is particularly effective for organizing multiple small items in a single tray. Industrial uses extend to automotive parts protection, medical device packaging, and artwork transportation. The trays can be used as standalone packaging or as inserts within larger containers. Some manufacturers employ them for in-process protection during production lines.

Culture and Development

Pearl cotton packaging emerged in the 1990s as industries sought alternatives to environmentally harmful foams. The grid tray design evolved from simple sheets to address specific protection needs in electronics manufacturing. Modern environmental concerns have accelerated adoption, as EPE is recyclable and often made from recycled materials. The development of precision die-cutting technology has enabled more complex grid patterns tailored to specific products, enhancing protection while reducing material waste.

B2B Procurement Guide

When sourcing these trays, verify the EPE density (typically 18-25kg/m³) and compression resistance specifications. Reputable manufacturers should provide test data for shock absorption and compression recovery. Consider minimum order quantities (commonly 500-1000 pieces) and lead times for custom designs. Many suppliers offer CAD design services for tailored solutions. For cost efficiency, standardized sizes are preferable when possible. Evaluate suppliers' quality control processes and request material safety certifications if packaging sensitive items.

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