Anti-Slip Sheets For Pallet Stability

Anti-slip sheets create a high-friction layer between products and pallets or between stacked layers so loads stay put during transport and handling. By adding controlled grip where sliding is most likely, they enhance load security, reduce damage risk and support safer operations from trailer to warehouse.

What Anti-Slip Paper Sheets Do

Made from high-friction materials these sheets are placed under cartons sacks, boxes or shrink-wrapped bundles to resist movement when a vehicle brakes turns or travels on uneven routes. The concept is simple yet effective because the sheet increases the coefficient of friction at critical contact points which helps curb shifting without adding bulk or changing pack patterns. Used correctly, the result is a more stable footprint that protects packaging and product integrity through the last mile.

Where They Fit in Your Load Plan

Anti-slip paper sheets slot neatly into standard workflows. Place a sheet directly on the pallet deck to anchor the first layer then use additional sheets between tiers for tall stacks or mixed SKUs. Because they are thin, they do not steal vertical space so you maintain cube efficiency in trailers and containers. The approach pairs well with corner boards, stretch film and dunnage airbags, creating a complementary system that braces the load on all axes without complicating picking or receiving.

Benefits You Can Measure

Shifting is one of the most common sources of in-transit damage. A modest reduction in slide can mean fewer crushed corners, fewer punctures and cleaner labels on arrival, which translates into fewer claims and less rework at the dock. Crews also benefit because a stable stack is easier to handle with pallet jacks or forklifts. Since sheets are quick to deploy, there is no need to slow the line and the material comes off cleanly at destination, so downstream teams can process returns pallets or cartons without extra steps.

Versatility Across Industries

From beverages and glass to paper goods chemicals and e-commerce mixes, anti-slip paper sheets adapt to a wide range of surfaces and packaging types. They are well suited to sacks and bagged products that tend to creep as well as smooth cartons that slide on wood or plastic decks. Because the solution is non-invasive, you can apply it selectively to the lanes products or seasons that need added friction most instead of changing your entire packaging bill of materials. As International Dunnage, we highlight the versatility and reusability of these sheets as part of a more efficient and secure logistics process.

Implementation Tips

• Start with a trial on representative lanes and SKUs.
• Identify the contact surfaces most prone to sliding and place sheets accordingly under the base layer and between the heaviest tiers.
• Train operators to keep the deck free of debris before placement so the sheet lies flat.
• For mixed-pallet builds, position sheets where product transitions create uneven weight distribution.
• Track outcomes with simple KPIs like incident reports reshrink counts and receiving feedback then standardize where results are strongest.

Why International Dunnage

International Dunnage positions anti-slip sheets as a straightforward way to elevate cargo stability without adding complexity or waste. The product is designed to prevent sliding and shifting during transit and to improve overall safety so goods arrive intact. If you need a scalable solution that complements dunnage airbags, strapping and rubber mats, the International Dunnage portfolio provides a coherent toolkit for end-to-end load securement.

Ready to stabilize more pallets with less hassle? Ask International Dunnage for the optimal products and configuration for your product mix and routes, then build it into your standard operating procedure for consistent results across your network.

Company: International Dunnage

Website: https://www.internationaldunnage.com/

Address: 2217 Rowland Ave. Thunderbolt, GA 31404

Telephone: +1 912 355 88 84

e-mail: sales@internationaldunnage.net