Call Us
562.254.8711Call Us
562.254.8711Our PE foam fabrication process involves cutting and shaping polyethylene foam to accommodate a product's size, shape, and protective requirements. Depending on the application, inserts can feature fitted cavities, separated compartments, shaped supports, or end caps that help hold products in position.
The design should account for product weight, vulnerable areas, handling conditions, and the space available inside the outer package. These details help determine the appropriate foam thickness, density, and insert geometry.
Closed-cell polyethylene foam sheets offer a lightweight cushioning material with a cellular structure that generally resists moisture absorption. They can be converted into protective layers, separators, liners, and custom-cut inserts for a range of packaging applications.
The suitable sheet thickness and firmness depend on the product being protected and the conditions it will encounter. Selecting the correct material helps balance cushioning, structural support, package dimensions, and handling needs.
High-density PE foam sheets can provide a firmer support structure for applications that require stable positioning and durable cushioning. They are worth considering for heavier components, equipment parts, and products that need defined cavities or additional support inside a package.
Density alone does not determine protective performance. Product weight, foam thickness, compression characteristics, cavity design, and expected impact conditions should all be considered when selecting protective cushioning.
Custom polyethylene foam inserts are designed around the specific contents of a package. Individual cavities can hold separate components, prevent items from contacting one another, and create an organized arrangement for products supplied with accessories or multiple parts.
These inserts can be combined with suitable shipping cartons or retail packaging. The finished design should provide enough room for the product while limiting unnecessary movement and avoiding excessive pressure on delicate areas.