When buying a paper pallet, asking “How many kilograms can this pallet support?” is not always enough.
A pallet may support a certain weight while sitting stationary on a warehouse floor but behave differently when it is lifted by a forklift or placed across warehouse rack beams.
That is why manufacturers, exporters, warehouse operators and procurement teams should understand three important terms before selecting a pallet:
– Static load
– Dynamic load
– Racking load
Understanding the difference can help businesses choose a paper pallet that is suitable for the actual conditions in their supply chain.
Quick Answer: What Is the Difference?
Static load is the weight a pallet supports while it remains stationary on a flat surface.
Dynamic load is the weight a pallet supports while it is being lifted, moved or handled.
Racking load is the weight a pallet supports when it is placed on warehouse rack beams, where parts of the pallet may not have support underneath them.
These three load conditions should not be treated as the same specification.
A paper pallet suitable for floor storage may not automatically be suitable for forklift movement or warehouse racking.
What Is Static Load?
Static load refers to the load supported by a pallet while the pallet remains stationary.
A typical example would be a fully loaded pallet sitting on a flat warehouse floor.
Because the pallet is supported from underneath and is not being moved, the forces acting on it are different from those experienced during transport or forklift handling.
Static load performance can be influenced by factors such as:
– Total product weight
– Weight distribution
– Pallet dimensions
– Number of support points
– Runner position
– Top-deck construction
– Product contact area
– Storage duration
– Moisture and humidity conditions
Example
Imagine a manufacturer loads cartons weighing a total of 800 kg onto a paper pallet.
While that pallet remains stationary on a flat warehouse floor, it is operating under a static load condition.
However, this does not automatically mean that the same pallet can safely carry 800 kg while being lifted by a forklift or stored in a rack.
Those are different load conditions.
What Is Dynamic Load?
Dynamic load refers to the load supported while the pallet is being moved.
This may occur during:
– Forklift handling
– Pallet truck movement
– Conveyor movement
– Warehouse transfer
– Container loading
– Truck loading and unloading
Dynamic handling can create additional stress because the pallet and its load may experience movement, acceleration, vibration and changes in support.
Forklift handling is an important example.
When a forklift enters underneath a pallet, the pallet may no longer receive the same continuous support it had while sitting on the warehouse floor.
The position of the forks, runner configuration and weight distribution can therefore become important factors.
Why Dynamic Load Matters
A pallet may perform well while stationary but experience different forces when:
– It is lifted from one side
– Forks are inserted incorrectly
– The load is concentrated in one area
– The forklift turns or brakes
– The pallet crosses an uneven warehouse floor
– The shipment is repeatedly handled during transportation
For this reason, buyers should confirm that the pallet has been designed for the actual handling process, not simply for the total product weight.
What Is Racking Load?
Racking load refers to the load supported while a pallet is placed on warehouse rack beams.
This can be significantly different from floor storage.
When a pallet is sitting on the floor, most of its base may receive support.
When the pallet is placed in a rack, however, support may only be provided at specific locations such as the rack beams.
Parts of the pallet can therefore remain unsupported.
The pallet must be designed to bridge the distance between those support points while carrying the product load.
Factors That Can Affect Racking Performance
Before using paper pallets in warehouse racks, businesses should provide information such as:
– Product weight
– Pallet dimensions
– Weight distribution
– Rack-beam direction
– Distance between rack beams
– Number of support points
– Storage duration
– Warehouse conditions
– Required pallet orientation
Not every paper pallet is automatically suitable for warehouse racking.
The pallet design should be evaluated according to the specific rack configuration.
Why Weight Distribution Matters
Total weight is only one part of pallet design.
Two products weighing exactly the same amount can require completely different pallet structures.
For example, 1,000 kg distributed evenly across a large area creates different loading conditions from 1,000 kg concentrated on four small machine feet.
Concentrated loads may create higher pressure at specific locations.
Depending on the application, additional support may therefore be required underneath:
– Machine feet
– Metal components
– Heavy cartons
– Product bases
– Narrow contact points
– Uneven load areas
This is why pallet selection should be based on both total weight and load distribution.
Does a Higher Static Load Mean a Better Pallet?
Not necessarily.
A high static load result can demonstrate the strength of a particular pallet configuration under a specific stationary test condition.
However, it should not automatically be interpreted as the pallet’s safe operating capacity under every condition.
A real shipment may involve:
– Forklift movement
– Warehouse stacking
– Racking
– Road vibration
– Container loading
– Long storage periods
– Humidity changes
– Repeated handling
The more useful question is therefore not simply:
“What is the maximum load?”
Instead, buyers should ask:
“What load can this pallet support under the conditions in which we will actually use it?”
Can Paper Pallets Be Used for Heavy Loads?
Paper-based pallets can be designed for selected heavy-load applications.
Their suitability depends on the complete application, including:
– Product weight
– Weight distribution
– Pallet dimensions
– Support points
– Forklift handling
– Storage method
– Racking requirements
– Transportation conditions
– Humidity exposure
– Duration of use
A heavy product with evenly distributed weight may require a different pallet design from one with several concentrated load points.
For this reason, the actual product and handling process should be evaluated before the pallet specification is confirmed.
Can Paper Pallets Be Used on Warehouse Racks?
Some paper pallet designs may be suitable for warehouse racking, but this should never be assumed.
Important information includes:
– Rack type
– Beam spacing
– Beam direction
– Pallet orientation
– Product weight
– Load distribution
– Required storage duration
Testing may also be required before implementation.
If the pallet will only be stored on a warehouse floor, the design requirements may be different from a pallet that must remain suspended between rack beams.
What Information Should You Give a Paper Pallet Supplier?
To receive a more accurate recommendation, provide as much information about the real application as possible.
Useful information includes:
– Product Information
– Product dimensions
– Total loaded weight
– Individual carton weight
– Number of cartons
– Load distribution
– Product contact points
– Pallet Information
– Required pallet length
– Required pallet width
– Required pallet height
– Forklift entry direction
– Two-way or four-way entry requirements
– Warehouse Information
– Floor storage or racking
– Rack-beam spacing
– Rack orientation
– Storage duration
– Stacking requirements
– Warehouse humidity
– Logistics Information
– Forklift type
– Hand pallet truck requirements
– Conveyor requirements
– Shipping method
– Container loading method
– Export destination
– Destination handling equipment
Providing this information helps the packaging supplier design the pallet around the actual operation rather than relying on a general weight figure.
Should Paper Pallets Be Tested Before Full Implementation?
For new or demanding applications, testing can help confirm whether the proposed design is suitable for the intended use.
Depending on the application, evaluation may include:
– Static load testing
– Dynamic handling trials
– Compression testing
– Forklift handling trials
– Stacking tests
– Racking evaluation
– Container-loading trials
– Trial shipments
The test conditions should represent the real supply chain as closely as possible.
A successful floor-storage test, for example, does not automatically confirm suitability for warehouse racking.
Questions to Ask Before Buying a Paper Pallet
Before approving a new paper pallet, ask the supplier:
– What is the required total load weight?
– Is the stated capacity static, dynamic or racking?
– How is the product weight distributed?
– Where are the main load-bearing points?
– Will the pallet be stored on the floor or in racks?
– What is the rack-beam spacing?
– What forklift or pallet-handling equipment will be used?
– What fork-entry direction is required?
– How long will the loaded pallet be stored?
– What environmental conditions will the pallet experience?
– Can a sample be tested using the actual product?
– Does the pallet need to perform throughout an export journey?
Clear answers to these questions can reduce the risk of selecting a pallet based on an incomplete specification.
Choosing the Right Paper Pallet
There is no single load-capacity number that applies to every paper pallet application.
A suitable solution should consider the entire journey of the load—from packing and warehouse storage to forklift movement, transportation, destination handling and final unloading.
For this reason, paper pallet design should take into account:
Static load + Dynamic load + Racking requirements + Handling equipment + Weight distribution + Storage conditions + Transportation conditions
Rather than selecting a pallet based only on price or maximum weight, manufacturers and exporters should evaluate how the pallet will actually be used.
Paper Pallet Solutions from Eltete Malaysia
Eltete Malaysia provides customised paper-based transport packaging solutions for manufacturers, exporters, warehouses and logistics operations.
Paper pallet designs can be evaluated according to product dimensions, load distribution, forklift requirements, storage conditions and transportation requirements.
If you are evaluating a paper pallet for a new product or export shipment, provide Eltete Malaysia with details about your load, handling equipment and storage system so that the application can be assessed before implementation.
Contact Eltete Malaysia to discuss your paper pallet and transport packaging requirements.
