Covington GA & Sacramento CA
UNITED STATES
Honeycomb paperboard pallet pads outperform single-wall corrugated on compression resistance, outperform foam on sustainability, and outperform wood on weight and export compliance. For most palletized freight, they’re the right answer — and they’re recyclable.
Pallet protection is one of those packaging problems that gets solved once and then rarely reconsidered — until something goes wrong. A load shifts in transit. Bottom-row boxes deform under stacking pressure. A retailer reports that pallet corners were crushed on arrival. Suddenly the pallet pad spec is a priority.
The good news is that better solutions exist, and they’re not complicated or expensive. The question is understanding which format actually addresses your specific failure mode.
Most companies think of pallet protection as a thin layer of material between layers of product — a formality that prevents direct contact rather than something that does real structural work. In practice, pallet sheets do considerably more:
Distributing vertical load. When cases are stacked on a pallet, the weight is rarely distributed perfectly evenly. Box corners bear disproportionate load, and without a pad between layers, that point load compresses directly into the case below. A properly specified pad spreads that force across the full layer area.
Preventing layer shifting. A pad with the right surface coefficient of friction prevents lateral shifting between layers during transit — which is particularly important in LTL (less-than-truckload) shipping, where pallets share trailer space and experience more sideways movement than dedicated truckload.
Protecting bottom layer boxes. The pallet deck surface (whether wood or plastic) has gaps, edges, and hard points that create uneven support. A bottom pad between pallet deck and bottom product layer creates a uniform surface that reduces box stress at those hard points.
Maintaining load integrity at the top. A top sheet protects the top layer of product from forklifts, racking ledges, and other overhead contact during warehouse operations.
Honeycomb paperboard’s properties make it particularly well-suited for pallet protection.
Compression resistance. The hexagonal cell structure distributes vertical loads across the full panel area with remarkable efficiency. Under sustained compressive load — which is exactly what bottom-layer pallet sheets experience during long storage periods — honeycomb maintains its thickness and structural integrity far better than single-wall corrugated, which eventually creeps and compresses permanently.
Consistent panel dimensions. Honeycomb pads are manufactured to tight dimensional tolerances, which means they fit predictably between pallet layers. A single-wall corrugated pad will vary in thickness across its surface as the flute compresses; a honeycomb panel maintains uniform thickness from edge to edge.
Predictable performance. Because the cell geometry is regular and the materials are consistent, honeycomb compression behavior is more predictable than alternatives — which matters when you’re engineering to a specific load specification.
Lightweight. Despite their structural performance, honeycomb pads are light. Reducing packaging weight per pallet reduces fuel consumption across your entire freight volume — which adds up quickly for high-volume distribution operations.
Single-wall corrugated is cheap and widely available. It’s the default choice in many warehouses. The problem: the fluted core compresses under sustained load, particularly at the edges and corners where load concentration is highest. After a long-haul truck trip or a week in racking, corrugated pads may have lost significant compression resistance.
Honeycomb pads maintain their thickness under the same load conditions because the hexagonal cells don’t compress the same way as corrugated flutes. For applications with significant stacking pressure or long storage duration, the performance difference is meaningful.
Solid chipboard pads (same material as partition inserts, but in sheet format) provide consistent surface quality but no structural depth. They’re better than nothing and work well for light applications, but for heavy pallets they don’t provide the same load distribution that honeycomb’s structural depth creates.
Foam pads offer shock absorption and some compression resistance, but they’re not recyclable, they’re subject to creep under sustained load, and they increasingly face disposal cost and regulatory friction. For compression-primary applications, honeycomb is the stronger performer.
Wood slip sheets and dunnage have their uses but add significant weight per pallet, require ISPM 15 heat treatment for international shipments, and generate wood waste. Honeycomb eliminates the phytosanitary compliance issue entirely, reduces weight, and is recyclable.
Honeycomb pallet pads are available in multiple formats to match your specific application:
Standard sheet sizes cut to common pallet dimensions (48″ × 40″ for standard US pallets, EUR pallet dimensions for international shipments). These can be used as-received without further converting.
Custom die-cut pads engineered to match non-standard pallet dimensions or product layer configurations. For unusual pallet footprints or products with irregular edges, custom cutting ensures full coverage.
Panel thickness typically ranges from 3/8″ to 1″ (10mm to 25mm) depending on load requirements. Heavier stacking loads require thicker panels; light-to-medium loads work well with thinner gauges.
Surface treatments — plain kraft for standard applications; polycoated for moisture-resistance requirements; Nomar-coated (Michelman) for enhanced surface protection.
Working with Premier Packaging Products, you can get pads cut to your exact pallet dimensions with the right panel thickness for your specific load profile. This isn’t a “pick from the catalog” scenario — it’s an engineered solution for your supply chain.
If you’re currently using single-wall corrugated pads, here’s a straightforward comparison framework:
Material cost delta: Honeycomb pads typically cost more per sheet than single-wall corrugated. Quantify the per-unit difference.
Damage rate reduction: Estimate your current top-layer and bottom-layer box damage rate attributable to pallet compression. Estimate the reduction with improved pallet pads. Multiply by your product value per damaged unit.
Freight efficiency: Calculate weight per pallet with current vs. honeycomb pads. Multiply the weight reduction by your average freight cost per pound across annual shipping volume.
Disposal cost difference: If you’re in a state with foam disposal surcharges or EPR fees, factor in the differential cost of your current materials vs. paper-based alternatives.
In most cases, this calculation shows payback within 12–24 months even before factoring in the sustainability compliance value.
What thickness honeycomb pad should I use for my pallet load?
Thickness selection depends on total pallet load weight, number of layers, and pallet size. As a general guide: for loads under 1,000 lbs, 3/8″–1/2″ panels are often sufficient; for loads of 1,000–2,500 lbs, 1/2″–3/4″; for heavier loads, 3/4″–1″+ or custom engineered solutions. Consult with your supplier to verify against your specific load profile.
Can honeycomb pallet pads be used on both sides of a layer (top and bottom)?
Yes. Using pads on both faces of each layer provides maximum load distribution and friction grip. For light loads or cost-sensitive applications, a single pad at the bottom layer plus a top sheet may be sufficient.
Do honeycomb pads add significant height to the pallet load?
Each pad adds its panel thickness to total pallet height. For a standard 4-layer pallet with pads between each layer, this adds 1.5″–3″ total depending on thickness. This is typically acceptable within standard truck and container height limits.
Are honeycomb pallet pads suitable for use in refrigerated warehouses?
Yes, with coated versions. Standard kraft honeycomb performs adequately in refrigerated dry environments. For high-humidity refrigerated environments or freezer applications, polycoated panels are recommended to manage moisture absorption.
Pallet protection is one of the highest-leverage, lowest-complexity packaging changes most operations can make. The materials are available, the engineering is straightforward, and the ROI — in reduced damage rates, lower freight cost, and sustainability compliance — is calculable.
Get in touch with our team to discuss your pallet configuration and we’ll recommend the right panel spec.
Premier Packaging Products — Covington, GA & Sacramento, CA | 770 385 0900