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.

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

When packaging is hard to carry, open, or lift safely, strain and accidents go up—and satisfaction drops. Workers fight flimsy hand holes, sharp tools, and oversized cartons that turn every lift into a strain risk. Customers wrestle with tear strips, dig into weak cutouts, and lift boxes that never feel secure, in the aisle and again at home. 

What’s usually blamed as “mishandling” actually starts upstream.

The Challenge

When boxes are large, heavy, or hard to handle, small problems add up fast:

• Cartons are hard to grip, lift, and carry
• Awkward handling increases the risk of workplace lifting injuries
• Packaging is difficult to open and close safely
• Consumers get frustrated before they even reach the product
• Boxes are hard to maneuver in warehouse, on the sales floor, and at home

Strains, pinched fingers, near-drops, and damaged packs quietly erode brand trust.

The Cost of Hard-to-Handle Packaging

When packaging isn’t ergonomic, efficiency drops and brand perception suffers. 

Awkward grips, sharp edges, and unbalanced cartons slow handling and increase strain—raising injury risk, absenteeism, and turnover. Customers feel it too: packs that are hard to lift, carry, or open feel cheap and frustrating, and torn flaps, crushed corners, and “exploding” boxes drive mess, returns, and lost trust. 

Over time, routine handling becomes extra labor—and shopping becomes a series of small irritations.

What Changes When Packaging Is Easier to Use

When packaging is designed for easy access and ergonomic handling:

• Cartons have secure grips, handles, or reinforced hand holes, making them easier to lift and carry
• Ergonomic lift points reduce awkward postures and help lower the risk of workplace lifting injuries
• Easy-open and reclose features save time and eliminate the need for knives or wrestling with the carton
• Shoppers can reach the product quickly and confidently, leaving a lasting positive impression of the brand
• Stocking and transport are simplified as boxes are easier to move, position, and manage

With access and ergonomics built in from the start, packaging actively supports safety, efficiency, and customer satisfaction.

Products That Solve This

Carrying Components

• Plastic handles
• Paper handles
• Reinforced carry solutions
• Heavy-duty industrial handles

Access & Opening Solutions

• Easy-to-open clips
• Reclose / inspection clips
• Temper-resistant, user-friendly closures

Ergonomic Aids

• Components that reduce awkward reach
• Solutions designed for safe, repeat handling

Custom Options

• Tailored handle shapes, grips, and widths
• Ergonomic access designed for large packaging

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

Displays are expected to hold, align, and perform under load—but in retail, failure is usually gradual. Pegs sag, headers tear, and products drift out of alignment until the display no longer presents the brand as intended. Store teams make it work by resetting shelves, adding tape, or replacing parts.

What appears to be a merchandising issue is often a design-and-structure issue.

The Challenge

In retail environments, breakdowns typically show up as:

• Products  that are difficult to hang, display, or reach
• Displays losing alignment as product weight increases
• Packaging materials deforming under sustained or uneven load
• Products slipping, falling, or becoming unsafe
• Frequent maintenance to restore appearance
• Pilferage

The failure isn’t dramatic. It’s cumulative.

How Retail Packaging Degrades from Transit to the Sales Floor

Retail packaging and displays don’t usually fail overnight—they degrade through shipping, handling, and daily use. What looks great on day one may not be built for sustained load, uneven stocking, or repeated interaction, so alignment drifts, materials deform, and safety margins shrink. Allen Field evaluates performance before the display ships from the manufacturer, in-store, and after weeks of real-world interaction—from transit through the sales floor—so presentation holds without constant resets.

What Changes When Displays Are Designed for Real Conditions

When display hardware is designed around load and handling:

• Products are easy to hang and grab
• Alignment holds even as product weight changes
• Packaging resists deformation over time
• Safety and appearance improve together
• Maintenance drops without sacrificing visibility
• Pilferage is reduced

Performance becomes part of the presentation.

Products That Solve This

Display & Merchandising Components

• Display Hooks
• Hangers
• Showroom Aids
• Clip-Based Structural Supports

Security Solutions

• Anti-pilferage Clips
• Tamper-Resistant Closures
• Reinforced Access Components

Custom Options

• Retail-specific Display Aids
• Reinforced Merchandising Attachments

Related Case Studies & Blog Posts

Corrugated Pegboard Fastening Clip
A custom fastening clip maintained spacing and structural integrity in fully loaded corrugated pegboard displays.

Leading North American Hardware Manufacturer
Reinforced hanger and header solutions prevented tearing and product fallout across high-volume retail environments.

Curtain Display Hangers for a Better Customer Experience
A closed-hook hanger design improved product retention and alignment during repeated customer handling.

Is Pilferage at Retail Costing You Money?

Use the Plastic Display Kit to Avoid Packaging Damages

When packaging meant for reuse or repeated access does not withstand the supply chain environment, failure compounds quickly — operationally, financially, and perceptually.

What looks like “normal wear and tear” is often just under-engineered strength and no real plan for reusability.

The Challenge

Packaging designed for reuse often fails under real-world handling, repeated openings, and multi-touch supply chain cycles:

• Boxes that should last multiple cycles fail after one use
• Panels tear, corners weaken, and connection points degrade over time
• Repacking, reinforcement, and carton replacement increase labor and material costs
• Damage during returns, repairs, and inspections shortens packaging life
•  Shifting contents and reduced structural integrity increase product risk
• Inconsistent durability creates inefficiencies across warehousing, retail, and reverse logistics

All of these quietly drive up material spend, labor, and damage while blocking more sustainable, circular packaging programs.

Why Do Reusable Package Designs Fail

Strapping, glue, tape, and staples often fail in reusable packaging because they are inherently designed for single-use sealing rather than repeated opening, handling, and resealing. Each cycle of inspection, returns, or repairs weakens the package—tape loses adhesion, glue tears corrugated fibers, staples puncture and degrade structure, and strapping can cut into carton walls under load. Over time, this progressive damage leads to panel separation, inconsistent resealing, and reduced structural integrity. In real supply chain environments with vibration, stacking pressure, and frequent handling, these methods also require labor-intensive rework and create safety concerns, ultimately increasing costs and shortening the effective life of packaging meant to be reused.

What Happens When The Right Components Are Used

• Replace single-use sealing (tape, glue, strapping, staples) with repeatable connection components
• Allow packaging to be opened and reclosed without tearing fibers or weakening panels
• Maintain structural integrity through repeated handling, inspections, and returns
• Reduce carton damage caused by cutting, puncturing, or over-tensioning traditional methods
• Minimize rework by eliminating repeated taping, stapling, and re-strapping
• Support consistent performance under vibration, stacking pressure, and movement
• Improve durability across the full supply chain lifecycle
•  Make packaging easier to carry, handle, and reuse without compromising integrity
• Extend the usable life of packaging while reducing replacement cartons and labor

Products That Solve This

Reusable Packaging Components

• Box Connecting Clips
• Corra Screws
• Structural Reinforcement Parts/Stable Stack
• Box Flap Clips

Case Studies & Demos

Using Box Connecting Clips to Enhance Packaging Integrity

Increase Strength and Stability for Heavier and Larger Packaging

An Innovative Approach for Securing Outer Corrugated Protectors

Nothing slows down a production line faster than when packaging becomes the bottleneck instead of the final step. When a finished product takes longer to pack than it does to manufacture, efficiency drops, costs rise, and frustration builds across assembly and fulfillment teams.

Bulky, multi-component products—like exercise equipment and large retail-ready units—are especially challenging. Without the right packaging design and components, teams are forced to improvise, handle parts multiple times, and work around packaging that wasn’t built for real-world workflows.

Accurate and efficient fulfillment into store-ready displays is just as critical. Missed steps, inconsistent packing, or difficult-to-open designs can delay outbound shipments and slow product movement through distribution channels.

AF addresses these challenges with both off-the-shelf and custom components engineered around the customer’s workflow. Rather than treating packaging as an afterthought, our components are designed to support assembly flow, simplify packing, and maintain package integrity from line to retail—helping products move out the door faster, cleaner, and with fewer touchpoints.

The Challenge

In constrained assembly and packaging environments, the same issues show up repeatedly:

• Packaging time exceeding assembly time, creating a production bottleneck
• Bulky, multi-component products that are difficult to secure and organize during packing
• Inconsistent fulfillment into store-ready displays requiring precision and repeatability
• Excess handling and rework caused by packaging not designed for real assembly workflows
• Risk of damage, misalignment, or delays when packaging systems don’t match product size and movement during transit

Each additional touch increases cycle time, fatigue, and the probability of error.

What Changes When Components are Designed for the Line

When components are engineered around the actual assembly sequence, parts locate themselves instead of needing to be positioned, fewer touches are required to achieve repeatable results, and operators spend their time assembling—not correcting. Throughput improves without adding headcount, and the line moves faster once friction is removed.

Products That Solve This

Clips & Connectors

• Snap-in clips
• Quick-insert handles
• Tool-free spacers

Rework & Access Solutions

• Reclose inspection clips
• Easy-open closures

Automation-Compatible Solutions

• Handles designed for semi- or fully-automated insertion
• Clips compatible with assembly machinery

Custom Options

• Assembly-optimized variants of existing components
• Modified geometries for equipment compatibility

Case Studies

Allen Field Helps Packaging Company Overcome Bicycle Packaging Challenges
Custom handling hardware eliminated manual lifting and reduced assembly-line congestion during bicycle packaging.

Frustration-Free Component That Saves Assembly Time
A snap-in hook design reduced application time and eliminated the need for tools or secondary fastening steps.

Replaced Styrofoam to Save Labor, Space, and Increase Yields Per Truckload by 60%
Redesigned packaging hardware reduced line delays caused by bulky, inefficient foam handling.

When Packaging Arrives Damaged, It’s More Than a Visual Problem

Damaged packaging doesn’t just hurt presentation — it raises immediate concerns about what’s happening inside the box. When packaging is crushed, torn, or compromised, the likelihood of internal product damage, shifting during transit, or even potential tampering increases.

Even if the product is technically intact, perception changes fast. Customers, retailers, and warehouse teams often assume the contents may be compromised, which leads to inspections, hesitation to accept shipments, and higher return rates.

Operationally, this creates friction across the supply chain:

• Extra handling and inspections
• Preventative returns
• Repacking and replacement costs
• Delays in stocking or deployment

Most importantly, damaged packaging erodes trust. Packaging is the first indicator of product integrity. If it arrives weakened, the product inside is immediately viewed as higher risk — regardless of its actual condition.

Strong packaging design isn’t just about protection. It’s about preserving product integrity, preventing tamper concerns, and ensuring the product is received exactly as intended.

The Challenge

Across manufacturing and distribution environments, the same patterns repeat: 

• ISTA testing validates design intent, but it represents a controlled sample of real distribution conditions
• Limited test cycles may not fully capture long-term variability across scale, handling frequency, and mixed transit environments
• Repeated handling, vibration, and load shifts introduce cumulative stresses that are difficult to replicate in short validation runs
• Small inconsistencies at connection and containment points can compound over thousands of shipments
• Packaging that performs well in testing can still experience performance drift once deployed at volume
• Strapping can damage corrugate, crush edges, and create pressure points that weaken the package over time
• Staples introduce safety risks during packing, unpacking, and repeated access, increasing the potential for worker injury
• Disposable securing methods (strap, tape, staples) often degrade with repeated handling, even when the structural design is sound
• Designers are solving for structure and protection, while real-world performance is also influenced by how the package is secured, accessed, and handled throughout the supply chain
• The result is rarely a flawed design, but a gap between controlled validation and scaled, real-world distribution conditions

The longer the transit path, the more these weaknesses compound. What survives the first shipment often fails on the second or third.

Beyond ISTA: What Happens at Scale

Transit issues rarely stem from poor packaging design. Most packaging systems are carefully engineered and validated through ISTA testing with the right intent and methodology.

However, ISTA testing is a controlled representation of real distribution. Over scale, repeated handling, vibration cycles, and variability across the supply chain can introduce stresses that may not fully surface in limited validation runs. A package can be structurally sound and still show performance drift once deployed at volume.

With few exceptions, Allen Field components are not the primary structure of a package. Instead, they function as integrated connection and containment elements that support how a well-designed package holds together in real-world conditions — particularly through handling, transport, and repeated use.

A practical way to evaluate their contribution is side-by-side testing: the same validated packaging design, tested with and without integrated components under identical ISTA protocols and real handling simulations. This isolates how consistency at connection and containment points influences performance over time and scale.

Products That Solve This

Clips & Connectors

• Box connecting clips
• Panel locks
• Stabilizers
• Reinforcement clips
• Reclose inspection clips (for repeated access without damage)

Carrying Solutions

• Handles that reduce strain on packaging walls

Custom Options

• Reinforcement designs for weak corrugated areas
• Anti-load-shift custom components

Case Studies

Using Box Connecting Clips to Enhance Packaging Integrity
Custom connecting clips prevented cartons from opening and shifting during repeated handling across the supply chain.

Allen Field Helps Packaging Company Overcome Bicycle Packaging Challenges
Custom handling hardware eliminated manual lifting and reduced assembly-line congestion during bicycle packaging.