Minimum Order Quantity (MOQ): 2,000 bags
You should use stevedore strap bulk bags when the additional lifting arrangement makes the FIBC easier or more practical to handle with the equipment and workflow in your operation — especially when you need a lifting interface beyond simply engaging the bag’s primary loops directly.
Here’s the mistake buyers make.
They see stevedore straps on a bag and think:
“Those look easier to lift. Add them.”
Maybe.
But every feature on an industrial FIBC should have a job.
If stevedore straps make your handling system faster, safer within the intended handling procedure, or better matched to your lifting equipment, they may make sense.
If your operation already handles standard lifting loops efficiently?
You may be paying for a feature you don’t need.
Stevedore straps are additional lifting straps incorporated into an FIBC lifting arrangement.
Depending on the design, they can provide a larger or differently positioned lifting interface than the primary lifting loops alone.
The exact construction can vary.
That’s important.
“Stevedore straps” should not be treated as a complete engineering specification.
Their:
Configuration.
Length.
Position.
Attachment.
Relationship to the primary loops.
and complete lifting construction should be defined by the approved FIBC design.
The terminology comes from material-handling applications where loads need to be lifted and moved efficiently.
In modern FIBC purchasing, the important issue isn’t the name.
It’s the function.
What equipment will engage the straps?
Why are they needed?
How will the bag be lifted?
Where will it be filled?
Where will it be discharged?
Answer those questions first.
Consider stevedore straps when they provide a practical advantage in the actual handling system.
That can include situations where:
The lifting equipment interfaces better with the stevedore arrangement.
The primary loops are difficult to access directly.
Your handling process has been designed around the straps.
The receiving facility requires the configuration.
The straps improve the interface between the FIBC and approved lifting equipment.
The design has already been successfully standardized within the operation.
The reason should always be operational.
This is one of the more practical reasons to consider them.
Your FIBC may have primary lifting loops that are perfectly functional but awkward for the equipment to engage directly.
A properly designed stevedore arrangement may provide a more accessible lifting interface.
That can potentially reduce unnecessary handling steps.
Don’t design the bag in isolation.
Look at the equipment.
If your lifting process is already built around a particular stevedore configuration, specifying the FIBC accordingly may make sense.
Measure and document the interface.
Don’t just write:
“Add stevedore straps.”
If your plant has been running the same proven configuration for years and it works well, that’s useful information.
Ask:
Does the bag mount efficiently?
Does lifting work?
Do operators like the handling process?
Does the customer use the same system successfully?
If yes, preserve the parts of the design that make it work.
Some operations require employees to manually position individual loops before lifting.
Depending on the complete FIBC and equipment design, a stevedore arrangement may reduce certain manual positioning steps.
That can matter at volume.
Ten unnecessary seconds per bag doesn’t look important.
Ten unnecessary seconds repeated 20,000 times looks different.
High-volume plants should care about repetitive movements.
Watch:
Bag setup.
Loop positioning.
Equipment engagement.
Lifting.
Repositioning.
Disengagement.
If the stevedore configuration removes friction from those steps, it may provide value beyond the bag’s purchase price.
Call or Text us at 832.400.1394
Sometimes you’re not the operation that benefits most.
Your customer might be.
If the receiving facility has standardized its handling system around a particular lifting configuration, supplying the appropriate bag may simplify their process.
Ask before finalizing the design.
A standardized lifting configuration can be valuable across a nationwide program when the important facilities actually use compatible equipment.
That might include:
Manufacturing plants.
Warehouses.
Distribution centers.
3PL facilities.
Customer locations.
But verify.
“Standard equipment” has a funny way of being different at every plant.
Stevedore straps can also affect how the FIBC interacts with filling equipment depending on the design.
If the bag is suspended during filling, consider:
Support-point position.
Primary loop position.
Stevedore strap position.
Body height.
Filling-head position.
Available headroom.
Operator access.
Everything needs to fit together.
If the bag is supported from its lifting system while product enters it, the entire lifting arrangement becomes part of the filling process.
That’s a good reason to evaluate the design carefully.
You aren’t just buying handles.
You’re specifying where the bag hangs.
Same story at the other end.
If the bag hangs above receiving equipment during discharge, evaluate:
Lifting configuration.
Suspension points.
Headroom.
Body height.
Bottom construction.
Discharge-spout access.
Operator access.
Receiving equipment.
The bag has to work at both ends.
This is different from using them because:
“We’ve always done it that way.”
A validated process means you understand why the configuration works.
The lifting equipment fits.
The operators can handle it.
The filling system works.
The discharge process works.
The geometry is controlled.
That’s a strong reason to continue using the design.
Primary corner or cross-corner loops may work perfectly for one handling method.
Another operation may benefit from a different lifting interface.
That’s where stevedore straps can become useful.
The goal isn’t to add more straps.
The goal is to create the correct interface between bag and equipment.
Ask the operator.
Can they access the lifting points easily?
Do they constantly reposition loops?
Does the lifting equipment approach cleanly?
Would a stevedore configuration make the process simpler?
This is practical engineering.
If forklifts are involved, evaluate the actual forklift.
Check:
Tine dimensions.
Tine spacing.
Approach.
Visibility.
Bag position.
Pallet.
Available maneuvering room.
Don’t assume any particular strap arrangement automatically makes forklift handling better.
Test it.
Some handling systems may interface with hooks or other approved lifting equipment rather than relying solely on direct engagement of individual primary loops.
If that’s your process, the strap configuration should be designed around that equipment.
Measure the equipment.
Control the FIBC drawing.
A controlled lifting arrangement can help create predictable positioning.
That’s useful when the same FIBC repeatedly needs to interact with:
Filling equipment.
Handling equipment.
Discharge equipment.
Automation.
Consistency matters.
The FIBC footprint affects where the primary loops and other lifting components sit relative to the bag body.
If you change the footprint, review the lifting arrangement.
Don’t automatically copy the old stevedore specification onto a completely different bag geometry.
Remember:
The body isn’t the entire lifted package.
You need to consider the complete lifting arrangement above the body.
Then add:
Forklift or lifting equipment.
Required clearance.
Discharge equipment below the bag where applicable.
Headroom matters.
Measure:
Ceilings.
Doorways.
Racking.
Overhead piping.
Conveyors.
Filling station.
Discharge station.
The FIBC might fit perfectly on the floor and still create a clearance problem when lifted.
Bulk density helps determine the FIBC volume required for the target fill weight.
That influences:
Body dimensions.
Loaded shape.
Center of gravity.
Palletization.
Handling.
Those characteristics affect the complete lifting system.
Start with the product.
Know how much product the FIBC needs to carry.
Don’t design the lifting system around a vague capacity assumption.
Define the target fill.
Then specify the complete bag.
Never infer SWL from the presence or appearance of stevedore straps.
More straps do not automatically mean:
Higher capacity.
Greater strength.
Greater safety factor.
The complete FIBC construction determines the rated package.
Specify the required safe working load directly.
Stevedore arrangements may be incorporated into different FIBC body constructions where appropriate.
A U-panel body and stevedore lifting arrangement are separate elements of the complete design.
Specify both.
Same rule.
Four-panel construction describes the body.
Stevedore straps describe part of the lifting system.
One does not automatically determine the other.
Circular or tubular woven FIBCs can also have application-specific lifting arrangements.
Again:
Don’t assume body style determines lifting style.
Build the package around the operation.
Duffle tops provide broad filling access.
If the bag also uses stevedore straps, make sure operators can efficiently:
Mount the bag.
Access the duffle.
Fill the bag.
Close it.
Remove it.
The straps shouldn’t unnecessarily complicate filling.
If the bag is suspended during filling, the lifting arrangement can influence where the filling spout sits relative to the filling head.
Evaluate:
Body height.
Lifting height.
Spout position.
Filling-head position.
Equipment clearance.
Operator access.
A small geometry mismatch can become a repetitive nuisance.
If the FIBC is suspended above receiving equipment, make sure the lifting arrangement works with:
Available headroom.
Support equipment.
Bag position.
Discharge-spout access.
Receiving hopper or equipment.
Operator access.
Again, the whole system matters.
Baffles help control loaded shape.
Stevedore straps alter the lifting interface.
Those are completely different functions.
A bag may need both.
Or neither.
Don’t add features because they sound premium.
A liner may address:
Moisture.
Fine-particle containment.
Product-contact requirements.
Contamination concerns.
Other barrier needs.
The lifting configuration doesn’t replace the liner.
And the liner doesn’t determine the lifting configuration.
Fine powders may migrate through certain stitched areas.
Sift-resistant seam construction may help address that issue.
Stevedore straps don’t.
Keep handling requirements and containment requirements separate.
A fine-powder FIBC may require attention to:
Fabric.
Coating.
Seams.
Liner.
Filling containment.
Discharge containment.
Dust generation.
Electrostatic conditions.
Stevedore straps may make handling easier, but they do not solve those product-containment issues.
Stevedore straps don’t make an FIBC food grade.
Food-related applications may separately require consideration of:
Product-contact materials.
Manufacturing controls.
Contamination controls.
Liner.
Traceability.
Documentation.
Customer requirements.
Select the lifting arrangement based on handling.
Select the rest of the construction based on the complete application.
Type A FIBCs have no special electrostatic protection.
A stevedore lifting configuration may be incorporated where appropriate.
The electrostatic type and lifting configuration are separate requirements.
Type B construction addresses particular electrostatic characteristics but is not equivalent to Type C or Type D.
Stevedore straps do not change the electrostatic classification.
Type C FIBCs use conductive construction and require proper grounding during filling and discharge.
If stevedore straps are part of the design, they should be incorporated into the complete approved FIBC construction.
Do not assume additional lifting straps change the grounding requirements.
They don’t.
Type D FIBCs use static-dissipative construction without requiring grounding of the FIBC itself.
A stevedore arrangement may be incorporated where appropriate.
But specialized electrostatic FIBCs should be treated as complete systems.
Don’t casually modify lifting components.
An un-certified FIBC can still have a carefully specified lifting system.
It can still have controlled:
SWL.
Body construction.
Fabric.
Loops.
Stevedore straps.
Top.
Bottom.
Liner.
Coating.
Seams.
Printing.
Electrostatic classification.
Un-certified does not mean unspecified.
If you’re purchasing an FIBC supplied under a particular certified design, don’t casually add or remove lifting components.
The lifting system is part of the complete construction.
Changes should go through the appropriate specification and approval process.
Call or Text us at 832.400.1394
Don’t use stevedore straps simply because:
They look stronger.
They look more industrial.
Another company uses them.
A supplier offered them.
You think more straps must be better.
Your primary lifting loops may already work perfectly.
Every extra feature should earn its place.
If operators can easily:
Mount the bag.
Engage the loops.
Lift it.
Move it.
Discharge it.
there may be no operational problem for stevedore straps to solve.
Adding complexity without benefit isn’t optimization.
Stevedore straps do not automatically increase the FIBC’s safe working load.
SWL comes from the complete engineered construction.
If you need a different SWL, specify the required load and let the manufacturer design the complete bag accordingly.
If the bag is:
Too tall.
Too short.
Poorly matched to the pallet.
Wrong for the product density.
Unstable when loaded.
fix the body design.
More lifting straps aren’t the cure.
If powder is leaking, investigate:
Fabric.
Coating.
Seams.
Liner.
Closures.
Filling.
Discharge.
Stevedore straps don’t solve containment problems.
Lifting configuration and electrostatic classification are different things.
If the application has electrostatic hazards, determine the appropriate complete FIBC construction and operating controls.
Don’t use the presence of stevedore straps as evidence of electrostatic suitability.
No lifting configuration makes improper handling appropriate.
The FIBC should be handled according to its intended design and appropriate facility procedures.
Corner loops provide primary lifting points around the upper corner areas of the FIBC.
Stevedore straps provide an additional or different lifting interface depending on the design.
The choice depends on the operation.
| Consideration | Corner Loops | Stevedore Strap Configuration |
|---|---|---|
| 🏋️ Lifting interface | Primary loops | Additional/different interface |
| 🚜 Equipment fit | Application-specific | Application-specific |
| 👷 Operator access | Must be evaluated | May improve access in some systems |
| 🏗️ Filling compatibility | Equipment-dependent | Equipment-dependent |
| ⬆️ Headroom | Must be checked | Must be checked carefully |
| 💰 Added complexity | Standard configuration may be simpler | Additional construction may be involved |
| 🎯 Best choice | Process-dependent | Process-dependent |
Don’t choose from the table.
Choose from the plant floor.
Cross-corner loops may provide accessible primary lifting points depending on the equipment.
A stevedore arrangement may provide another handling interface.
If cross-corner loops already solve your handling problem, stevedore straps may be unnecessary.
If they don’t, evaluate alternatives.
They can in some systems.
But not automatically.
It depends on:
Strap configuration.
Forklift.
Tines.
Bag position.
Pallet.
Operator visibility.
Approach.
Facility procedures.
Test the actual equipment.
Potentially, depending on the complete handling system.
But the presence of stevedore straps does not guarantee one-person handling.
Validate:
Operator access.
Equipment engagement.
Visibility.
Bag position.
Workflow.
Don’t build labor assumptions around a product feature without testing it.
Don’t make that assumption.
The complete FIBC construction determines the bag’s rated performance.
A bag with more visible lifting material is not automatically rated for a higher load.
Buy to the required SWL.
Not automatically.
Reuse depends on the complete FIBC design, intended use, condition, procedures, and applicable requirements.
The lifting configuration alone doesn’t determine reusability.
Yes, used FIBCs may have different lifting configurations.
But if you’re evaluating a used bag, don’t buy it simply because it has the straps you want.
Check:
Previous contents.
Condition.
Cleanliness.
Primary loop condition.
Stevedore strap condition.
Stitching.
Body construction.
SWL information.
Top.
Bottom.
Liner.
Intended use.
The whole bag matters.
Not necessarily in the way buyers sometimes expect.
Palletization is driven primarily by:
Loaded footprint.
Bag geometry.
Product behavior.
Pallet dimensions.
Stability.
Handling process.
The straps may affect lifting access, but they don’t fix poor pallet fit.
Not directly.
Freight efficiency depends much more heavily on:
Loaded bag dimensions.
Loaded shape.
Pallet configuration.
Product density.
Trailer utilization.
Baffles where appropriate.
Don’t add stevedore straps expecting the trailer to magically hold more product.
Depending on the configuration, the lifting arrangement can affect the vertical space required to handle the bag.
That’s why headroom needs to be checked.
Measure the entire suspended package.
Not just the bag body.
If you’re considering a new configuration, get a representative sample where appropriate.
Then use it.
Don’t approve it because:
“Yep, those are straps.”
Take it into the operation.
Check:
Engagement.
Accessibility.
Position.
Operator visibility.
Maneuverability.
Loaded-bag position.
Clearance.
Headroom.
Does the configuration actually make handling better?
Check:
Mounting.
Support-point alignment.
Top access.
Filling-head alignment.
Operator movement.
Bag suspension.
Clearance.
If the straps create interference, that’s important information.
An empty bag doesn’t tell the whole story.
Fill it with representative product under appropriate conditions.
Watch:
Loaded shape.
Expansion.
Settling.
Overall height.
Center of gravity.
Strap position.
Pallet fit.
Now evaluate the handling system.
If the bag is suspended during discharge, check:
Lifting arrangement.
Headroom.
Bag position.
Discharge access.
Operator access.
Receiving equipment.
Product flow.
The bag needs to work through the entire lifecycle.
This sounds obvious.
Yet it gets skipped constantly.
Ask:
Was this easier?
Did you save time?
Could you engage the bag more easily?
Did the straps stay accessible?
Did they get in the way?
Would you choose this over the current configuration?
Your operators will tell you quickly whether the feature has a job.
Don’t write only:
“Stevedore straps required.”
Depending on the application, the specification may need to control or reference:
Stevedore configuration.
Relevant strap dimensions.
Strap position.
Attachment arrangement.
Relationship to primary lifting loops.
Primary loop configuration.
Safe working load.
Body construction.
Fabric.
Coating.
Top.
Bottom.
Liner.
Seams.
Baffles where applicable.
Electrostatic classification.
Food-related requirements where applicable.
Printing.
Document pouch.
Approved FIBC drawing.
Drawing revision.
The straps belong inside the complete FIBC specification.
The exact wording should match the approved design, but a controlled lifting section might read:
Lifting Configuration: Primary lifting loops with stevedore strap configuration per approved FIBC drawing.
Stevedore Strap Construction: Per approved drawing.
Stevedore Strap Dimensions and Position: Per approved drawing.
Primary Loop Configuration: Per approved drawing.
Safe Working Load: Per approved FIBC specification.
Body Construction: Per approved drawing.
Top Construction: Per approved drawing.
Bottom Construction: Per approved drawing.
Liner: Per approved specification where applicable.
Drawing Revision: Current approved revision referenced on purchase order.
Substitutions: No change to approved lifting configuration without approval.
Now the supplier has something much more useful than:
“Put some straps on it.”
Normalize the specifications first.
| Requirement | Supplier A | Supplier B |
|---|---|---|
| 📦 Same body construction | ✓ | ✓ |
| 🏋️ Same SWL | ✓ | ✓ |
| 🔁 Same primary loops | ✓ | ✓ |
| 🪢 Same stevedore configuration | ✓ | ✓ |
| 📐 Same strap requirements | ✓ | ✓ |
| 📍 Same strap positioning | ✓ | ✓ |
| ⬆️ Same top | ✓ | ✓ |
| ⬇️ Same bottom | ✓ | ✓ |
| 🧴 Same liner | ✓ | ✓ |
| 🧵 Same seams | ✓ | ✓ |
| 🧱 Same baffles | ✓ | ✓ |
| ⚡ Same electrostatic type | ✓ | ✓ |
| 🍽️ Same food-related requirements | ✓ | ✓ |
| 🖨️ Same printing | ✓ | ✓ |
| 📋 Same documentation | ✓ | ✓ |
| 🚚 Same delivery basis | ✓ | ✓ |
Then compare price.
Otherwise, the cheaper supplier may simply be quoting a different bag.
Not the straps.
Start here:
Product: What are you packaging?
Bulk Density: How much volume does the product require?
Target Fill Weight: How much product goes into each FIBC?
SWL: What safe working load is required?
Body: What FIBC construction fits the application?
Top: How is the bag filled?
Bottom: How is it discharged?
Liner: Is one required?
Containment: Are coating or specialized seams required?
Electrostatics: Does the application require a particular FIBC type?
Handling: How will the bag actually be lifted?
Then decide whether stevedore straps improve that system.
Consider them when:
The handling equipment is designed around them.
They improve access to the lifting system.
They reduce unnecessary manual positioning.
They improve a validated lifting process.
The filling equipment works with them.
The discharge equipment works with them.
The customer requires them.
Multiple facilities have compatible handling systems.
Available headroom supports the configuration.
The complete lifting design has been validated.
Think twice when:
Primary loops already work perfectly.
You’re adding straps only because they look stronger.
You’re assuming they increase SWL.
You’re trying to fix a sizing problem.
You’re trying to fix a containment problem.
You’re trying to fix an electrostatic problem.
Nobody can explain what operational problem the straps solve.
That’s the test.
Use stevedore straps when they solve a real handling problem.
Not because they’re available.
Not because they look heavy-duty.
Not because another plant uses them.
Start with the operation.
What product are you packaging?
What’s the bulk density?
What’s the target fill weight?
What’s the required safe working load?
How is the bag mounted?
How is it filled?
How is it lifted?
What equipment engages the lifting system?
How much headroom is available?
How is the bag palletized?
How is it stored?
How does the customer handle it?
How is it discharged?
Then ask the only question that matters:
Do stevedore straps make that process better?
If yes, define the configuration.
Put it on the approved FIBC drawing.
Control the dimensions and position that matter.
Test meaningful changes.
Ask the operators.
Lock the revision.
And don’t allow a supposedly equivalent lifting system to appear without review.
Because the best stevedore strap isn’t the biggest strap, the longest strap, or the one that makes the bag look the most industrial.
It’s the one that makes your FIBC easier to handle every single time somebody has to lift it.
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