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FEFCO 0975

Heavy-Duty Corrugated Corner Brace Pad

Available in a wide range of custom configurations & material selection.
Order 1 sample. Or order 100K+ units. Or anything in between.
Affordable delivery across North America.
Design support, warehousing, testing, assembly available.
Widest machinery capability in America via 30+ specialist partner plants.

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Product details

Top highlights

Replaces EPS foam with a fiber-based corrugated shock absorber
Relies entirely on straight parallel creases for fast production
Requires two-handed manual folding against board tension before insertion

About this product

Heavy appliances, industrial equipment, and dense furniture require deep crush zones to handle transit drops. This corrugated corner brace pad replaces EPS foam blocks by folding into a dense, multi-wall L-shape with an internal diagonal truss, creating a rigid shock absorber for 90-degree corners.

Because the entire pad is formed using straight parallel creases, it moves through production quickly without complex cutting. However, that simple flat profile requires manual effort to fold at the pack bench, and the pad must be held tightly in place by the outer shipping box.

Common uses

Appliance packaging
Industrial equipment transit
Heavy furniture corners
Metal cabinet protection

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Size and quantity

Detailed dimensions

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Corner length

Leg width

Crush zone depth

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Heavy-duty corner protection and foam replacement

EPS foam replacement for heavy goods

This pad provides the deep crush zone needed to protect dense items like appliances or heavy machinery. The internal diagonal brace acts as a rigid truss, transferring impact energy away from the product corner without relying on mixed materials like Styrofoam.

Industrial equipment buffering

For low-volume or custom industrial equipment runs, this pad offers high-level protection using a simple production route. The straight-crease design makes it easy to produce in small batches without complex preparation.

Appliance corner reinforcement

Washing machines, refrigerators, and heavy ovens need deep standoff distance from the outer carton walls. The multi-wall wrapped layers build that necessary depth, ensuring the product handles lateral impacts during freight handling.

Heavy furniture transit

Solid wood or metal furniture corners are very susceptible to drop damage. The diagonal truss creates a rigid void that absorbs the shock before it reaches the finished edge of the furniture.

Appliance, furniture, and industrial transit

Appliance manufacturing

Appliance supply chains require heavy-duty drop protection. This pad builds the necessary standoff depth through multiple wrapped layers, ensuring heavy white goods handle warehouse handling.

Industrial equipment shipping

Custom machinery often ships in low volumes where complex custom inserts are impractical. A straight-creased corner pad provides heavy-duty buffering while keeping the production path simple.

Flat-pack and assembled furniture

Dense furniture pieces require rigid corner protection to prevent edge crushing. The internal diagonal truss offers a higher crush limit than standard hollow corner posts.

When to consider self-locking or simpler corner pads

High-speed packing lines

Folding this pad requires two hands and effort to overcome the board's natural spring-back. If your packing line requires rapid, one-handed insertion, a pre-glued or self-locking corner post makes more sense.

Standalone parcel shipping

This pad does not lock itself closed. It relies entirely on the tight 90-degree corner of a master outer carton to hold its shape. It cannot be used as an external edge protector for strapped bundles.

Close variants and lookalike dielines

The closest library neighbors include 0973, 0974, 0940. Use this as a variant check if a buyer brings an old code, sample, or dieline that looks close. The deciding details are usually the lock, slot, closure, wall build, part count, or fold sequence.

Board thickness, folding labor, and blank size

Board grade versus folding fatigue

Heavy double-wall board provides excellent shock absorption, but it sharply increases the physical effort required to fold the pad. The board thickness must be carefully matched to both the product weight and the packer's ergonomic limits.

Managing the flat blank size

To build a thick corner, the flat corrugated blank must be extremely long, often many times the length of the final folded pad. This blank sprawl increases material usage and requires plenty of storage space at the packing station.

Friction fit and outer carton confinement

Once folded, the pad will naturally want to spring open. Packers must hold it tightly against the product corner while sliding the assembly into the outer box. The friction between the nested layers and the walls of the master carton keeps the truss locked in place.

Delivery format and storage

Because the unfolded blank is exceptionally long, these pads are shipped flat. You must ensure your packing stations have the physical space to store and handle the extended flat boards before assembly.

Adjusting leg length, crush depth, and board allowances

Outer leg length extension

The overall width and length of the corner legs can be extended to cover more of the product's edge, distributing the impact force over a wider surface area.

Internal clearance and board allowances

The internal folding allowances are mathematically tied to the board thickness. If you change the board grade, the inner panel dimensions must be recalculated to ensure the layers nest smoothly without binding or bowing.

Diagonal truss depth

The depth of the internal diagonal brace can be adjusted to increase the standoff distance between the product and the outer carton, providing a larger crush zone for heavier items.

Board and packing details

Prototyping the fold sequence

Because the pad relies on a complex alternating fold sequence, testing a physical sample is critical. This confirms whether the chosen board grade can be folded repeatedly without causing packer fatigue or tearing at the creases.

Additional notes

Managing board spring-back

Corrugated board naturally resists being folded back on itself multiple times. Packers will experience tension when forming the final L-shape, making this pad better suited for lower-volume industrial packing rather than high-speed fulfillment lines.

FAQs

Product fit and protection

Can this completely replace EPS foam blocks?

In many heavy-duty applications, yes. The multi-wall corrugated layers and internal diagonal brace provide a deep crush zone that absorbs heavy impacts. However, exact drop-test performance should be validated with your specific product and outer carton.

Packing labor

Does this pad lock together on its own?

No. It relies on an alternating folding sequence and friction. The packer must hold the folded pad against the product and slide it into the outer box, which ultimately confines the pad and holds it closed.

Board and material

What board thickness works best for this pad?

Heavy single-wall or double-wall board offers the best shock absorption, but thicker board is much harder to fold by hand. The choice depends on balancing the required crush resistance with the ergonomic strain on your packing team.

Storage and handling

Why is the flat blank so large?

To build a thick, multi-layered corner, the flat corrugated board must wrap back on itself several times. This means the unfolded blank will be many times longer than the final folded pad, requiring plenty of storage space at the packing station.

Route and shipping

Can this be used on the outside of a pallet?

No. Because it does not lock closed, it cannot be strapped to the outside of a pallet or bundle. It is strictly an internal fitment designed to sit inside a sealed master carton.

Samples and prototypes

Why is testing a physical sample important for this pad?

A physical sample proves two things: whether the board thickness provides enough protection for your product, and whether your packing team can comfortably fold the heavy corrugated board over hundreds of repetitions.

Production and packing

Can this pad be assembled by automated machinery?

No. The complex alternating folds and the severe spring-back tension of the heavy board make this pad incompatible with standard automated folder-gluers. It requires manual, two-handed assembly.

Adjustments

What happens if we change the board thickness later?

If you switch to a thicker or thinner board, the internal fold allowances must be recalculated. Because the inner layers nest inside the outer layers, incorrect allowances will cause the pad to bind, bow, or fail to fold properly.