Molded Pulp Cushioning for Battery Cells and Modules: Protecting the Heart of EVs and Energy Storage

Battery cells and modules carry high value and strict transport rules; EPS foam and wooden crates are bulky, non-recyclable, and hard to customize per cell. Molded pulp opens molds to each cell form factor, delivering shape-matched, anti-static, and recyclable cushioning for EVs, energy storage, and power-tool packs.

The Scenario: Three hard requirements for battery cushioning

Battery cushioning faces three hard requirements:

Pain Points

• Cells are heavy and dense, so trays need compressive strength to survive stacking and drop impact without deforming terminals;
• Batteries are static- and short-circuit-sensitive, so contact surfaces must avoid conductive debris and sharp burrs;
• EV and storage logistics are global and regulated, so packaging must be recyclable, fumigation-free, and compliant.

The Solution: Three molded-pulp battery solutions

Molded pulp offers three solutions for battery cushioning:

1. Cell-form-factor cradles Prismatic, cylindrical, and pouch cells each get a dedicated molded cradle that locks position and suspends terminals away from contact.

2. Anti-static and burr-free contact Smooth wet-pressed surfaces with optional anti-static treatment keep terminals clean and short-circuit-safe.

3. Stackable, recyclable dunnage Lightweight stackable trays replace EPS and wood, cutting volume, weight, and disposal cost while staying fumigation-free.

The Result: Safer transit, lower total cost

With these solutions, transit damage and short-circuit risk fall, and total packaging cost drops. Molded pulp is recyclable and custom-molded, matching the clean-energy positioning of battery brands.