Fiber-Based Pallets and Slip Sheets for Heavy Loads
Heavy industrial products require a strong and stable load base during storage, handling and transportation.
Traditional wooden pallets are commonly used for heavy loads, but manufacturers and exporters may also consider fiber-based pallets and slip sheets for suitable applications.
These paper-based load carriers can help reduce packaging weight, improve warehouse space utilisation and support one-way export shipments.
However, the correct solution depends on the product weight, load distribution, handling equipment, storage conditions and transportation method.
What Are Fiber-Based Pallets?
Fiber-based pallets are load-support platforms manufactured mainly from paper-based materials.
Depending on the required strength and application, they may include:
Paper runners
Honeycomb board
Corrugated board
Laminated paper profiles
Reinforced top decks
Custom load-support components
Structural paper cores
Fiber-based pallets can be designed in different dimensions, heights and load capacities.
They may be suitable for industrial goods, cartons, automotive components, electronics, pharmaceutical products and selected heavy products.
What Are Slip Sheets?
Slip sheets are thin load-support sheets placed underneath cartons, bags or industrial products.
Unlike conventional pallets, slip sheets do not have a raised platform or runners.
They normally include one or more pull tabs that allow a forklift equipped with a push-pull attachment to grip and move the load.
Slip sheets may be manufactured from materials such as:
Laminated paperboard
Fiber-based sheets
Corrugated materials
Plastic materials
Paper-based slip sheets are commonly considered by businesses looking for a lightweight palletless handling system.
Can Fiber-Based Pallets Support Heavy Loads?
Fiber-based pallets can support selected heavy loads when they are designed according to the actual application.
Their suitability depends on:
Total product weight
Weight distribution
Product dimensions
Contact points
Static load
Dynamic load
Racking requirements
Forklift handling
Storage duration
Humidity exposure
Transportation conditions
A heavy product with evenly distributed weight may require a different pallet design from a product with concentrated load points.
The supplier should evaluate the actual product and handling process before confirming the pallet specification.
Can Slip Sheets Be Used for Heavy Loads?
Slip sheets can be used for selected heavy loads when the sheet strength, product arrangement and handling equipment are suitable.
The load must remain stable when it is:
Pulled onto the forklift platen
Lifted
Transported
Pushed into position
Loaded into a container
Unloaded at the destination
Heavy products should not be placed on a slip sheet without assessing the load distribution and pull-tab strength.
Sharp edges and concentrated pressure points may also require additional protection.
What Is the Difference Between Static and Dynamic Load?
Load capacity should be evaluated under different operating conditions.
Static Load
Static load refers to the weight supported while the pallet remains stationary on a flat surface.
For example, a loaded pallet stored on the warehouse floor is under static load.
Dynamic Load
Dynamic load refers to the weight supported while the pallet is being moved.
This may include movement using:
Forklifts
Hand pallet trucks
Conveyors
Push-pull attachments
Warehouse handling equipment
Dynamic handling normally creates additional stress because the load may experience vibration, acceleration and uneven movement.
Racking Load
Racking load refers to the weight supported when the pallet is placed on warehouse rack beams.
Some areas of the pallet may remain unsupported during racking.
A pallet suitable for floor storage may not automatically be suitable for warehouse racks.
Benefits of Fiber-Based Pallets for Heavy Loads
1. Lower Packaging Weight
Fiber-based pallets are generally lighter than many conventional wooden pallet designs.
A lower pallet weight may help:
Reduce total shipment weight
Improve handling efficiency
Support air-freight optimisation
Reduce empty pallet handling
Simplify warehouse movement
Lower unnecessary transport weight
The exact weight reduction depends on the pallet design and the alternative being replaced.
2. Customised Load Support
Fiber-based pallets can be designed according to the product dimensions and load distribution.
Customisation options may include:
Pallet length
Pallet width
Pallet height
Runner placement
Forklift entry direction
Reinforced support points
Top-deck strength
Load-contact areas
Customised support can help reduce unused space and improve product stability.
3. Suitable for One-Way Shipments
Fiber-based pallets may be suitable for one-way export shipments where pallet return is not practical.
This can reduce the need for:
Pallet collection
Return transportation
Cleaning
Repair
Inspection
Reverse logistics
Empty pallet storage
The pallet should still be designed for the complete export journey.
4. Easier Empty-Pallet Handling
Lighter empty pallets may be easier to move, organise and store.
This can support more efficient packaging operations and reduce the physical effort required for pallet handling.
Safe manual-handling procedures should still be followed.
5. Custom Dimensions
Standard pallets may not match the dimensions of every product.
A custom-sized fiber-based pallet may help:
Reduce pallet overhang
Improve container loading
Match carton dimensions
Improve warehouse space usage
Create more compact loads
Support product-specific contact points
A better-fitting pallet can improve both protection and logistics efficiency.
Benefits of Slip Sheets for Heavy Loads
1. Reduced Load-Carrier Weight
Slip sheets are much thinner and lighter than conventional pallets.
This can reduce the non-product weight included in the shipment.
The benefit may be especially relevant for:
Air freight
Export shipments
High-volume distribution
Weight-sensitive logistics
One-way deliveries
2. Improved Container Space Utilisation
Conventional pallets use vertical space because of their platform and runners.
Slip sheets have a much lower profile.
Replacing pallets with slip sheets may create additional usable height inside:
Shipping containers
Trucks
Warehouse storage areas
Distribution spaces
The exact space improvement depends on the load arrangement and container restrictions.
3. Reduced Warehouse Storage Volume
Large quantities of empty pallets can occupy valuable warehouse space.
Slip sheets can be stacked compactly because they are thin.
This may help businesses reduce the space required for empty load carriers.
4. Reduced Return Logistics
Slip sheets may be used for one-way transportation.
This can eliminate the need to return conventional pallets to the sender.
5. Palletless Handling
Slip sheets support a palletless material-handling system.
This may be useful for businesses seeking to reduce dependence on conventional pallet inventories.
However, compatible equipment and trained operators are required.
What Equipment Is Required for Slip Sheets?
Slip sheets are normally handled using a forklift equipped with a push-pull attachment.
The attachment includes:
A gripper mechanism
A flat platen
A pushing and pulling system
The gripper holds the slip-sheet tab and pulls the load onto the platen.
The attachment then pushes the load into the required position.
Other handling systems may include:
Roller forks
Specialised conveyors
Automated palletless systems
Compatible loading platforms
The equipment available at the destination should be confirmed before using slip sheets.
Fiber-Based Pallet or Slip Sheet: Which Is Better for Heavy Loads?
The best option depends on the handling system and supply-chain requirements.
Choose a Fiber-Based Pallet When:
Standard forklift handling is required
The customer expects a palletised load
The product must remain raised from the floor
Push-pull equipment is unavailable
The load requires a structured platform
Warehouse racking may be required
The shipment will pass through multiple conventional handling points
Choose a Slip Sheet When:
Maximum packaging-weight reduction is required
Warehouse storage space is limited
Push-pull equipment is available
Container space utilisation is important
A palletless handling system is preferred
Returnable pallets are not required
The customer can handle slip-sheet loads
The decision should be based on operational compatibility, not only material cost.
How to Design Fiber-Based Pallets for Heavy Products
1. Identify the Total Load Weight
Calculate the combined weight of:
Products
Cartons
Internal packaging
Wrapping materials
Strapping
Protective components
The pallet must support the complete unit load.
2. Review Weight Distribution
Heavy products may create concentrated pressure on specific areas.
The pallet may require reinforced support under:
Product feet
Machine bases
Metal components
Heavy cartons
Narrow contact points
Uneven load areas
The load should be distributed as evenly as possible.
3. Confirm Forklift Entry
The pallet design should match the required forklift entry direction.
Possible configurations include:
Two-way entry
Four-way entry
Custom entry positions
Reinforced fork openings
The correct clearance must be provided for safe fork insertion.
4. Review Storage Conditions
The supplier should understand whether the pallet will be:
Stored on the floor
Stacked
Placed on warehouse racks
Stored for long periods
Exposed to humidity
Used in cold storage
Transported by sea
These conditions affect the required pallet design.
5. Protect Against Product Movement
Heavy products must remain stable on the pallet.
Suitable materials may include:
Edgeboards
Strapping
Stretch film
Anti-slip sheets
Honeycomb board
Paper profiles
Custom supports
Load separators
The pallet alone does not prevent product movement.
How to Prepare Heavy Loads for Slip-Sheet Handling
Use a Stable Load Pattern
Products should be arranged closely and evenly.
The load should not lean or extend beyond the slip sheet without proper evaluation.
Protect the Pull Tab
The pull tab must remain accessible and undamaged.
It should not be covered by wrapping or blocked by the product.
Use Anti-Slip Materials
Anti-slip sheets or coatings may help reduce movement between the load and the slip sheet.
Secure the Complete Load
Heavy loads may require:
Stretch film
Strapping
Edgeboards
Top protection
Side protection
Internal supports
The complete unit load should remain stable during push-pull handling.
Check Product Contact Points
Sharp or narrow contact points may damage the slip sheet.
Additional layer pads or structural supports may be required.
Conduct Handling Trials
The load should be tested using the actual push-pull equipment before full implementation.
How Do Edgeboards Support Heavy Pallet Loads?
Edgeboards are paper-based angle profiles placed around product or carton corners.
They can help:
Protect load corners
Improve vertical alignment
Distribute strapping pressure
Reduce stretch-film pressure
Support stacked cartons
Protect exposed product edges
Improve the shape of the unit load
For heavy loads, the correct edgeboard thickness, leg width and strength should be selected according to the strapping tension and load requirements.
How Can Honeycomb Board Support Heavy Loads?
Honeycomb board contains a cellular paper core designed to distribute pressure.
It can be used as:
A layer pad
A top deck
A bottom pad
An internal separator
A product-support panel
A surface protector
A structural insert
A load-distribution component
The direction, density and thickness of the honeycomb core affect its performance.
Customised honeycomb components may help support concentrated product areas.
Are Fiber-Based Pallets Suitable for Export?
Fiber-based pallets may be suitable for export when designed for the product, handling process and transportation route.
Exporters should consider:
Sea-freight duration
Container conditions
Humidity
Destination handling
Customer requirements
Forklift compatibility
Load stability
Storage before shipment
Customs and documentation requirements
The complete packaging system should be assessed before shipment.
Do Fiber-Based Pallets Require Fumigation?
Paper-based pallets do not contain solid wood in the same way as conventional wooden pallets.
Wood-packaging treatment requirements generally apply to regulated solid-wood packaging materials.
However, exporters should still confirm the latest destination-country, customer and shipping-line requirements before transportation.
Accurate product documentation should also be obtained from the pallet supplier.
Can Fiber-Based Pallets Be Used in Humid Conditions?
Fiber-based pallets can be designed for selected humidity conditions, but direct water exposure should normally be avoided unless the design has been specifically evaluated for it.
Recommended practices include:
Store pallets indoors
Keep them away from wet floors
Protect them from rain
Inspect shipping containers
Use suitable moisture management
Avoid prolonged outdoor storage
Keep packaging materials dry before use
The supplier should be informed about the expected humidity and transportation environment.
Testing Fiber-Based Pallets and Slip Sheets
Testing helps confirm whether the proposed solution is suitable for the actual load.
Possible tests include:
Static load testing
Dynamic handling trials
Compression testing
Forklift handling tests
Push-pull attachment trials
Stacking tests
Vibration tests
Humidity conditioning
Container-loading trials
Trial shipments
The test conditions should represent the real supply chain as closely as possible.
Industries That Can Use Fiber-Based Load Carriers
Fiber-based pallets and slip sheets may be suitable for selected applications in industries such as:
Automotive components
Electronics
Pharmaceutical products
Food and beverage
Machinery parts
Furniture
Consumer goods
Metal components
Building materials
Export manufacturing
Warehousing
Logistics and distribution
The final design should be based on the product and operational requirements.
Frequently Asked Questions
Can paper pallets support heavy loads?
Paper or fiber-based pallets can support selected heavy loads when designed according to the product weight, load distribution, handling method and storage conditions.
Can slip sheets carry heavy industrial products?
Slip sheets may carry selected heavy products when the sheet strength, load arrangement and push-pull handling system are suitable.
What equipment is required for slip sheets?
A forklift equipped with a push-pull attachment is normally required to handle slip-sheet loads efficiently.
Are fiber-based pallets suitable for forklifts?
Yes. They can be designed with suitable fork-entry points and clearances for forklift handling.
Can fiber-based pallets be placed on racks?
Some designs may be suitable for warehouse racks, but racking requirements must be assessed during the pallet-design process.
Which saves more space, a paper pallet or a slip sheet?
Slip sheets normally use less storage and container space because they are much thinner than pallets.
Which option is easier to introduce?
Fiber-based pallets may be easier to introduce when the operation already uses conventional forklifts and pallet-handling systems.
Are slip sheets suitable for one-way exports?
Yes. Slip sheets may be suitable for one-way export shipments when compatible equipment is available at the loading and unloading locations.
How can heavy products be secured on paper pallets?
Heavy products may be secured using strapping, edgeboards, stretch film, anti-slip sheets, honeycomb supports and customised protective components.
Should fiber-based load carriers be tested?
Yes. Samples and handling trials should be completed before large-scale implementation, especially for heavy or high-value loads.
Conclusion
Fiber-based pallets and slip sheets can support selected heavy-load applications while reducing packaging weight and empty load-carrier storage.
Fiber-based pallets provide a structured platform compatible with many conventional handling operations.
Slip sheets provide a lightweight, low-profile palletless option but normally require push-pull handling equipment.
The correct choice depends on product weight, load distribution, warehouse conditions, transportation requirements and equipment availability.
Eltete Malaysia provides paper-based pallet solutions, slip sheets, edgeboards, honeycomb boards and customised transport packaging for manufacturers and exporters.
Contact Eltete Malaysia to discuss a suitable load-carrier design for your heavy products and industrial shipments.
