Black ESD Plastic Storage Tray for Electronic Components

Key Product Features

Anti-Static PP Material

The tray is made from anti-static PP material for use around electronic components and related products.

Polypropylene provides a practical base material for reusable industrial storage containers. The product page identifies the material as new anti-static PP rather than recycled mixed plastic.

The anti-static function is intended to help control charge accumulation on the tray surface. However, the exact electrical resistance range and testing method are not provided and should be confirmed before the tray is used for components with defined ESD sensitivity requirements.

Reinforced Bottom Structure

Reinforcing ribs are incorporated into the bottom of the tray. This structural design helps improve rigidity and supports the tray during regular handling, storage and internal transportation.

The reinforced base also helps the tray remain stable when placed on workbenches, shelves or factory trolleys.

The actual load capacity depends on the component weight, load distribution, stacking method and operating environment. A specific load value should not be assumed without technical confirmation.

Reinforced Side Walls

Reinforcing structures are also positioned around the four sides of the tray. These features help the container maintain its form during repeated production circulation.

The reinforced sides are useful when trays are manually lifted, positioned on shelves or moved between different operating areas.

Smooth and Burr-Free Finish

The product surface is described as smooth and free from burrs. Smooth edges help reduce sharp contact points during manual handling and make the tray more suitable for routine use by assembly, inspection and warehouse personnel.

A smooth internal surface also makes it easier to place and remove components without unnecessary obstruction.

Stackable Tray Design

The trays can be stacked to reduce the amount of floor, shelf and trolley space required during storage or transportation.

Stacking can help factories organize empty trays, work-in-process components and prepared material batches. It may also simplify tray return and internal logistics between production departments.

Before stacking loaded trays, operators should confirm that the tray arrangement is stable and that the combined weight does not exceed the applicable operating limit.

Shallow Open-Tray Profile

With an internal height of 45 mm, the LN-1522118 uses a relatively shallow open design.

This format provides direct access to stored parts and allows operators to identify contents more easily during assembly, inspection and material preparation.

The tray is more suitable for components that fit securely within its internal dimensions. Small loose parts may require additional dividers, inserts, bags or compartment containers.

Reusable Industrial Storage Format

The rigid PP construction supports repeated use in electronics production and warehouse circulation.

Reusable trays can help companies standardize component handling across incoming material areas, production lines, testing stations and finished-product preparation areas.

The tray should be inspected and cleaned according to the facility’s ESD and material-control procedures before being returned to service.

Recommended Applications

Electronic Component Storage

The tray can be used to hold electronic components during short-term storage at material preparation, production and inspection stations.

Its open structure allows operators to see and access stored items without opening a lid.

PCB Handling

Printed circuit boards and assembled circuit boards can be placed in the tray when their dimensions and required protection are compatible with the available internal space.

For boards requiring separation, cushioning or positioning, additional ESD-compatible inserts or dividers may be needed.

Electronics Assembly Lines

Production operators can use the tray to organize components, subassemblies and work-in-process products beside ESD workstations.

Different trays may be assigned to separate production orders, component types or processing stages.

SMT Material Preparation

The tray may be used in SMT supporting areas for preparing suitable components, tools, feeder-related items or materials before they are transferred to the production line.

The tray should not replace specialized PCB magazine racks or reel storage products when those formats are required.

Quality Inspection

Inspection teams can use the tray to separate products waiting for inspection, approved components, rejected parts and items requiring additional review.

Clear identification procedures should be used to prevent different material statuses from being mixed.

Electronics Repair and Rework

Repair technicians can place removed parts, replacement components and work-in-process assemblies in separate trays.

This helps keep the workstation organized and reduces the chance of parts being misplaced during troubleshooting and rework.

Warehouse Picking

Warehouse personnel can use the tray to pick and distribute electronic components to production departments.

Labels or identification cards can be added to support part-number, batch-number and production-order management.

Internal Factory Transportation

The reinforced and stackable structure supports movement between storage, production, testing and packaging areas.

The tray may be placed on suitable ESD trolleys, shelves or material-handling equipment according to the facility layout.

Packing Preparation

Finished electronic components or small assemblies can be organized in the tray before they are transferred into the final packaging process.

Where shielding, moisture protection or impact cushioning is required, the tray should be combined with appropriate ESD packaging materials.