7 ways to reduce handling damage with improved protective packaging

However, many handling-related issues can be prevented with the right protective packaging supplies and protective packaging materials. By choosing packaging that is designed around the product, the supply chain journey, and the way items are handled, businesses can significantly reduce the risk of damage and destruction during shipping while improving efficiency and reliability.

In this article, we explore seven practical ways to reducing handling damage through smarter protective packaging choices. From selecting the right cushioning materials and improving internal stability to strengthening outer packaging and testing solutions in real-world conditions.

1.  Right-size your protective packaging to eliminate excess movement

Choosing the right size protective packaging is key to reducing handling damage. Oversized packaging creates empty space inside the box, allowing products to shift during transport and handling. This movement increases the risk of impacts, breakages, and damage, particularly when packages are dropped, stacked, or moved through warehouse systems.

Fit-for-purpose packaging keeps products secure while using materials more efficiently. Key considerations include:

• Custom inserts: Secure products in place and provide targeted protection around vulnerable areas.
• Correct carton sizing: Reduce unnecessary space and limit product movement during transit.
• Void fill optimisation: Add cushioning where needed without relying on excessive packaging materials.

By reducing internal movement, right-sized protective packaging helps improve product protection, reduce damage rates, and create a more efficient packaging process.

2. Use the correct cushioning materials for product type

Different products face different handling risks, so choosing the right cushioning material is essential for effective protection. The right solution helps absorb shocks, reduce impact forces, and prevent damage during drops, movement, and transit.

Common cushioning options include:

• Foam: Provides strong impact absorption and is ideal for products that require higher levels of protection.
• Paper void fill and paper rolls: Sustainable options that cushions products and fill empty space to prevent movement.
• Honeycomb paper wrap: A paper-based cushioning solution that protects products while reducing the need for plastic packaging.
• Air cushioning: Lightweight and flexible, offering protection against impacts while helping reducing packaging weight.
• Moulded inserts: Designed to fit specific products securely, limiting movement and providing targeted protection.

For specialist applications, some protective packaging materials can also help protect products from moisture and corrosion, depending on the storage and transport environment.

Selecting the right material for the product type ensures packaging performs effectively throughout the handling process, reducing the likelihood of damage and improving supply chain reliability.

3. Improve internal load stability within each package

Protective packaging should do more than shield the outside of a product. It should also keep items secure inside the pack. Poor internal stability allows products to shift during handling, increasing the risk of impact damage, breakage, and abrasion.

Effective internal protection can be achieved through:

• Blocking and bracing: Keeps products positioned securely and prevents movement within the packaging.
• Product immobilisation: Restricts shifting during drops, vibration, and transport.
• Layer separation: Protects multiple items by preventing contact between products and reducing pressure points.

By improving internal load stability, businesses can minimise product movement and create packaging that better withstands the challenges of handling, storage, and distribution.

4. Strengthen outer packaging for repeated handling

Packages are often handled multiple times before reaching their final destination, from warehouse picking and stacking to transport and delivery. Choosing strong outer packaging, including heavy-duty cardboard cartons, helps ensure products remain protected throughout every stage of the journey.

Key features that improve outer packaging strength include:

• Double-wall corrugated boxes: Provide increased strength and durability for heavier or more vulnerable products.
• Reinforced edges: Help protect against impacts and damage to key pressure points.
• Compression resistance: Prevents cartons from collapsing under weight during stacking and storage.

Durable outer packaging is especially important in environments involving mechanical handling, conveyors, and palletised transport, where packaging must withstand repeated pressure and movement without compromising product protection.

5. Use protective packaging to manage stacking and compression risks

Poor stacking practices can place excessive pressure on packages, leading to crushing, deformation, and product damage. This is especially common in palletised environments where cartons may be stacked, stored, and transported under significant weight, putting products during storage at greater risk.

Protective packaging solutions can help manage these risks through:

• Edge protectors: Strengthen carton edges and help prevent damage from compression and impact.
• Corner reinforcement: Provides additional support to vulnerable areas during stacking and handling.
• Load distribution techniques: Spread weight more evenly across packages to reduce pressure points.

By considering how packaging performs when stacked and transported, businesses can improve load stability and reduce the damage throughout the supply chain.

6. Optimise packaging for warehouse handling processes

Protective packaging needs to perform in real-world warehouse environments, where products are exposed to constant movement and handling. From forklift operations and conveyor systems to manual lifting, packages must be designed to withstand drops, vibration, and impacts throughout the process.

Key considerations include:

• Forklift handling: Packaging should maintain its strength when moved, stacked, and transported on pallets.
• Conveyor systems: Cartons must withstand repeated movement and potential impacts during automated handling.
• Manual lifting: Packaging should be durable enough to protect products during loading, unloading, and repositioning.

Maintaining consistency in packaging design across different SKUs also helps improve handling efficiency, reduces packaging errors, and ensures each product receives the appropriate level of protection.

7. Test protective packaging under real handling conditions

Effective protective packaging should be tested in the conditions it will experience throughout the supply chain, rather than relying solely on theoretical design. Real-world testing helps identify potential weaknesses before products are shipped at scale, reducing the risk of damage and costly failures.

Key testing methods include:

• Drop tests: Simulate impacts that can occur during manual handling, loading, and transport.
• Vibration testing: Assesses how packaging performs during movement and extended transit.
• Compression testing: Evaluates strength under stacking pressure and storage conditions.

By testing protective packaging performance before implementation, businesses can identify weak points, refine designs, and ensure products are better protected throughout the handling process.

How to minimise handling damage with the right protective packaging strategy

Handling damage is not an unavoidable part of the supply chain. With the right protective packaging strategy, businesses can significantly reduce the risks caused by impact, movement, stacking, and repeated handling.

By improving packaging design, selecting the right protective materials, and testing solutions in real-world conditions, businesses can create more reliable packaging systems that reduce damage rates, improve efficiency, and support better supply chain performance.

If you’re looking to improve your protective packaging and reduce handling damage, speak with Swiftpak to explore solutions designed around your products, processes, and operational requirements.