Use case · Electronics
Best packaging for shipping electronics and components
Electronics need two layers of defense: an anti-static inner bag that prevents ESD damage to circuit boards, plus impact protection from foam, bubble wrap, and a snug corrugated box. Skipping the anti-static layer is the most common shipping failure for sensitive electronics.
Use this kit to route between anti-static bags, cushioning, and corrugated outers for safe electronics shipping.
Anti-Static Inner Bag
An anti-static or ESD-shielding bag is the first line of defense for any board, drive, or component. Use it directly against the device, then add cushioning around the bag.
Cushioning
Wrap the bagged device in bubble wrap or foam, then size the box so the bagged-and-cushioned device cannot shift more than a quarter inch in any direction.
Outer Box & Labels
Use a single-wall corrugated box for light components, double-wall for heavier or higher-value devices. Thermal labels print clearly and survive the shipping environment.
Electronics packaging FAQ
Do I really need an anti-static bag for shipping electronics?
For anything with exposed circuitry — boards, drives, components, accessories with controllers — yes. ESD damage from regular poly bags can fail a device days or weeks later, leading to a return. For finished consumer goods sealed in their own retail packaging, the retail box is usually sufficient.
Single-wall or double-wall box for electronics?
Use single-wall 32 ECT for items under about 5 lbs in their cushioned form. Use double-wall for heavier devices, high-value units, or anything stacked or shipped LTL. See the ECT vs lb test guide for the strength comparison.
Bubble wrap or foam for electronics?
Foam inserts protect best because they hold the device in a fixed position and absorb impact across the surface. Bubble wrap is faster and cheaper for one-off packing, but for repeat SKUs a die-cut foam insert is the lower-damage option long-term.