When a package needs to be carried, the handle is NOT the only part of the solution. The area around the handle matters just as much. For corrugated boxes, die-cut handle openings can become stress points, especially when the package is heavy or handled frequently. Over time, the board around the cutout may bend, stretch, or tear. That is where washer plates can make a big difference.

What Are Washer Plates?

Washer plates are support components used with box handles to reinforce the corrugated area around the handle opening. They help spread the carrying force over a larger area of the box, reducing stress on the die-cut and improving the package’s overall holding performance.

While washer plates do not increase the rated weight capacity of the handle itself, they help improve the holding strength of the corrugated board around the handle. This makes them especially useful for heavier boxes, bulky products, or packaging that may be lifted and carried multiple times.

Why Use Washer Plates?

Adding washer plates to your packaging can help:

• Reinforce corrugated handle openings
• Reduce tearing around die-cuts
• Improve holding power
• Support heavier or bulkier packaging applications
• Help packages stay intact during handling and transport

For packaging designers and manufacturers, washer plates offer a simple way to improve package performance without completely redesigning the box.

A Small Component That Solves a Common Problem

Many customers are familiar with box handles, but not everyone knows washer plates are available as an added support option.

In many cases, when boxes rip around the handle area, the problem is not the handle itself. The issue is often that the corrugated board needs additional reinforcement. A washer plate can help support that stress point and reduce the chance of tearing during use.

This makes washer plates a practical solution for applications where carrying comfort, durability, and package integrity all matter.

Better Support Starts at the Handle Opening

Strong packaging is not just about the box structure. It is also about how the package is handled in real-world conditions.

Washer plates help strengthen one of the most important contact points on a carried package: the handle opening. By reinforcing the corrugated material around the die-cut, they help create a more reliable carrying experience for workers, retailers, and end users.

Allen Field Washer Plates and Box Handles

Allen Field offers washer plates designed to work with our box handle solutions, helping customers improve package support and reduce tearing around handle openings.

Whether you are designing packaging for heavier products, improving an existing box, or troubleshooting handle-area tearing, washer plates can be a simple and effective way to strengthen your package design.

Related Solutions

• Washer Discs and Support Plate for Plastic Handles
• Kraft Plates for Environhandles

When evaluating packaging, it is easy to focus on protecting the product inside. But the people who handle that package every day are just as important.

From production teams and warehouse workers to retail employees and end users, packages are constantly lifted, carried, opened, stacked, and moved. When ergonomics is overlooked, packaging can slow operations, increase fatigue, and create unnecessary safety risks.

That is why ergonomic design plays an important role in modern packaging.

Ergonomics Is More Than Comfort

Ergonomics is about designing products that work naturally with the people who use them. In packaging, that means creating solutions that are easier, safer, and more efficient to handle throughout the supply chain.

Good ergonomic packaging can help:

• Reduce worker fatigue
• Improve carrying comfort
• Support safer handling
• Speed up packing and shipping operations
• Reduce product damage caused by drops or difficult handling

The result is packaging that performs better for both the product and the people using it.

Balancing Protection and Usability

One of the biggest challenges in packaging design is finding the right balance between protection and usability.

A package must withstand shipping, stacking, and handling while remaining intuitive and comfortable to use. Overbuilt packaging can add unnecessary weight and cost, while poorly designed packaging can slow operations and frustrate users.

The best packaging solutions balance:

• Product protection
• User comfort
• Material efficiency
• Manufacturing cost
• Operational productivity

Why Packaging Components Matter

When people think about ergonomic packaging, they often focus on the box itself. But the components used on a package can have a major impact on usability.

A well-designed carrying handle, hand-hole protector, clip, or wheeling system can make a package easier to assemble, transport, open, and handle from production through final use.

Allen Field’s Approach

At Allen Field, ergonomics is built into the design of our packaging components.

Our solutions are engineered to improve usability while maintaining the strength and durability required for demanding packaging applications. Whether the goal is reducing worker fatigue, improving handling, or enhancing the customer experience, ergonomic components help create packaging that performs better throughout its lifecycle.

Better Packaging Starts with Better Design

Ergonomics is not just about comfort. It is about designing packaging that works better for everyone who handles it.

Thoughtful packaging components can improve productivity, support workplace safety, and create a better user experience while still protecting the products inside.

Related Solutions

• Hand Hole Protectors
• Box and Display Wheels

Heavy or bulky packaging does not always need to be lifted. Wheel Eze helps turn corrugated boxes and displays into mobile packaging, making it easier to move products through warehouses, retail spaces, and delivery environments. It is a simple way to improve handling and reduce strain when packages are too heavy or awkward to carry.

Before finalizing a package design, ask one important question: Will anyone pull the packaging? If the answer is yes, reinforced hand holes can make a big difference. Hand Hole Handles help strengthen the cutout area, improve grip comfort, and reduce tearing when packaging is pulled, carried, or transferred.

In the previous post, we looked at why sustainability is more than a simple choice between paper and plastic. Material matters, but it is only one part of the picture.

A sustainable packaging decision should also consider how the package performs, how it moves through the supply chain, and what happens after use.

Performance Is a Sustainability Metric

One of the most overlooked sustainability factors is performance.

A package that fails is not sustainable. If a box tears, a handle breaks, a display collapses, or contents shift during transit, the result may be product damage, rework, returns, replacement shipments, extra labor, and additional material waste.

That is why packaging components matter.

Handles, clips, hangers, hand hole protectors, support plates, fasteners, and closure systems are not just small accessories. They help packaging work better throughout the product journey.

The right component can help:

• Improve ergonomics
• Protect structural integrity
• Support reuse
• Reduce assembly steps
• Minimize damage
• Improve handling and presentation
• Help products arrive in better condition

A better-performing package can be a more sustainable package.

Recyclability Is Important — But It Is Not the Only Metric

Recyclability is one of the most visible sustainability goals, and for good reason. Many brands want packaging that fits into existing recycling systems and is easier for customers to dispose of responsibly.

For corrugated packaging, paper and kraft components can be a strong option when the goal is single-stream recycling. A fiber-based handle, support plate, or other paper component may help keep the package aligned with a paper recovery stream.

But recyclability is only one part of the sustainability picture.

For some customers, the priority may be reuse. For others, it may be material reduction, reduced product damage, safer handling, improved automation, or fewer secondary materials.

In those cases, a durable plastic component may better support the overall goal.

The right choice depends on the application.

Better Questions Lead to Better Choices

Instead of asking whether paper or plastic is more sustainable, packaging teams should ask better questions.

What is the package’s purpose?
Is it designed for one-way shipping, repeated use, retail display, warehouse handling, or direct consumer interaction?

What is the performance requirement?
Does the component need to carry weight, hold panels together, protect hand holes, support stacking, or withstand repeated opening and closing?

What is the end-of-life goal?
Should the package be recycled with corrugated, reused multiple times, disassembled, returned, or repacked?

What material uses the least resources while still doing the job well?
Sometimes that may be paper. Sometimes that may be plastic. Sometimes the answer may involve both.

Allen Field Supports Both Paths

At Allen Field, we understand that sustainability goals are not one-size-fits-all.

Some customers are focused on recyclability, renewable materials, and natural presentation. Others need durable components that support reuse, reduce damage, improve handling, or streamline assembly and inspection processes.

That is why we offer packaging components made from both plastic and paper/fiber-based materials.

Our goal is not to say one material is always better than the other. Our goal is to help customers choose the component that best fits their package, their supply chain, their performance requirements, and their sustainability priorities.

The Bottom Line

Sustainable packaging is not just about choosing a material that “looks” green. It is about designing packaging that works efficiently, reduces waste, supports the intended end-of-life pathway, and meets real-world performance needs.

Paper can be the right choice. Plastic can be the right choice.

The most sustainable option is the one that supports the full journey of the package — from production and assembly to handling, shipping, use, reuse, recycling, or disposal.

Sustainability is more than a material choice. It is a design decision.

Related Solutions

• Plastic Packaging Components
• Kraft Packaging Components

The Clip & Stack is a reusable tool designed to hold box flaps open and down during packaging operations. Used on opposite corners, it helps keep flaps controlled during filling, unloading, and transport—so operators can work faster with fewer interruptions.

Applied to all four corners, it allows full or empty boxes to stack securely while keeping flaps open. By replacing tape, Clip & Stack helps reduce waste and supports smoother workflows in pick-and-pack, assembly lines, inventory management, QA inspection, and logistics environments.

Looking Beyond the Material

When customers think about sustainable packaging, one of the first questions they often ask is: paper or plastic?

It is an understandable question. Paper feels natural. Plastic feels manufactured. Paper is often associated with recyclability, renewable resources, and an eco-conscious appearance. Plastic, on the other hand, is often viewed through the lens of waste, pollution, and single-use packaging.

But sustainability is not that simple.

The truth is, material alone does not determine whether a packaging solution is sustainable. A paper component is not automatically the greener choice, and a plastic component is not automatically the wrong one.

The better question is not simply, “paper or plastic?”

It is:

What does the package need to do, and what sustainability goals are we trying to support?

Sustainability Requires a Broader View

A truly sustainable packaging decision looks beyond the surface of the material. It considers the full life cycle of the package and its components, including:

• How much material is used
• How the material is sourced
• How efficiently it ships
• Whether it protects the product effectively
• Whether it supports reuse
• Whether it can be recycled in the intended recovery stream
• What happens after use

This broader view matters because packaging has a job to do. It must protect, carry, secure, display, store, ship, and, in some cases, be reused many times.

If a material choice looks sustainable but fails during handling, transit, retail display, or repeated use, the environmental impact can increase. A damaged product, a failed package, or a shipment that needs to be repacked creates waste too.

Why Paper Is Not Always Automatically Greener

Paper and fiber-based packaging components can be excellent choices for many sustainability goals. They can support renewable material strategies, corrugated recycling streams, natural branding, and reduced plastic use.

For applications where recyclability with the box is the priority, paper or kraft components may be the right fit.

However, paper is not impact-free.

Depending on the application, paper-based components may require more material to achieve the same strength, durability, or moisture resistance as plastic. They may be heavier, bulkier, or less durable in certain environments. If coatings, adhesives, or reinforcements are needed for performance, the end-of-life pathway may also become more complex.

That does not mean paper is a poor choice.

It simply means paper should be evaluated by performance, application, and life cycle impact — not by appearance alone.

Why Plastic Can Support Sustainability Goals

Plastic components can also play an important role in sustainable packaging design when used responsibly and purposefully.

Plastic is often lightweight, strong, durable, and highly efficient. In some applications, a small plastic component can help reduce the need for tape, staples, strapping, extra corrugated, or other secondary packaging materials.

Plastic components can also support repeated use, especially in returnable, reusable, warehouse, distribution, and pick-and-pack systems.

For example, a reusable plastic handle, box connector, latch, or stacking corner can help a package stay functional through multiple trips. That can reduce damage, improve handling, and reduce the need to replace packaging materials after a single use.

This does not mean all plastic components are equally sustainable.

It means plastic parts should be evaluated by what they enable: strength, durability, reusability, functionality, and operational efficiency.

The Takeaway

Paper can support important sustainability goals. Plastic can support important sustainability goals too.

The key is to look beyond the material itself and evaluate how the component performs in the full packaging system. Let’s look at why performance, recyclability, reuse, and end-of-life planning all matter when choosing the right packaging component in the next post.

Related Solutions

• Plastic handles
• Paper handles
• Hand hole protectors
• Handle integrated connecting clips

1. Lock corrugated sleeve to base and lid:

The clips snap on and slide laterally into a locked position to secure the corrugated wall to the base and top lid—helping prevent wall separation, shifting, and loss of alignment during transport.

2. Secure the drop door:

For boxes with a fold-down access flap, the clips slide across to secure the drop door when the container is erected—helping prevent bulk goods from spilling and keeping the access closed.

Most packaging is engineered to protect what’s inside—not to be carried. That gap shows up the moment a human has to touch it.
Without a defined, reliable grip point, handling becomes inconsistent. Workers grab wherever they can—edges, flaps, or weak die-cut hand holes that weren’t designed for real load conditions.

What looks fine on a pallet quickly breaks down in motion.

What’s Driving It

• Lifting requires repositioning, readjusting, and sometimes a second person
• Standard hand holes deform, tear, or fail under repeated use 
• Packages shift off balance, increasing the risk of drops
• Movement slows as each touchpoint becomes a small problem to solve

Operational Impact:

• Time loss: Handling becomes the bottleneck instead of a quick step
• Damage risk: Dropped or poorly controlled packages lead to product loss 
• Labor strain: Awkward lifting increases fatigue and injury risk
• Inconsistency: No two people handle the package the same way

What to Evaluate

1. Is there a consistent, repeatable grip point?
2. Does that point align with the center of gravity?
3. Does the structure hold under repeated lifts?

Products That Solve This

Carrying Components

• Plastic handles
• Paper handles
• Hand hole protectors
• Handle integrated connecting clips
• Affordable custom solutions

Case Studies & Demos

Increased Sales with Simply Brilliant Clip & Handle Solution

Allen Field Helps Packaging Company Overcome Bicycle Packaging Challenges

Make Packaging Easy to Manipulate

Us vs. Them: See the Difference in Action

Pack Large Product for Easy Shipping

How Mobility Transforms Operations and Experience

When packaging is equipped for mobility:

• Displays and cartons with strong handles and wheel systems are easy to lift, roll, and transfer
• Displays are designed for quick in-store setup and repositioning as needed
• Display units move smoothly through warehouses and stores, and can be shifted easily for floor cleaning
• Customers enjoy a better experience moving items from the shelf to the cart, to the car, and into their homes

Mobility turns packaging and displays from obstacles into tools—supporting faster operations, delivering a better experience for both teams and customers, and ultimately lifting sales.

Products That Solve This

Mobility Components

• Heavy-duty handles
• Reinforce carry system
• Clips that keep packaging stable in motion

Display Mobility Aids

• Structural supports
• Components that lock display during transit

Custom Options

• Carry / transport system designed for specific packaging

Case Studies & Demos

Make Heavy Product Packaging Mobile

Create Movable Retail Displays

Make Packaging Easy to Manipulate

Mobile Solutions for Heavy Packaging