Custom Packaging

Eco-Friendly Packaging Market Trends: What’s Changing

✍️ Marcus Rivera 📅 April 27, 2026 📖 25 min read 📊 5,002 words
Eco-Friendly Packaging Market Trends: What’s Changing

On a line I toured outside Chicago in Rockford, Illinois, a co-packer rejected three carton specs in one morning because the board caliper was too heavy, the inserts were too bulky, and the old laminate made recycling difficult. That was the moment I realized the biggest force behind eco-friendly packaging market trends 2024 is not just consumer demand, but the speed at which retailers and fulfillment partners are saying “no” to outdated packaging. I’ve seen that same pressure in Shenzhen converting rooms, in corrugated plants in Ohio, and in beauty co-pack facilities near Los Angeles where a 2 mm change in insert depth can decide whether a launch ships on time or gets pushed back two weeks. The conversation around eco-friendly packaging market trends 2024 has moved well beyond nice-looking kraft boxes, because brands are now being judged on recoverability, shipping efficiency, and whether their package branding actually supports the product without adding waste.

Eco-friendly packaging is often discussed like a philosophy. In practice, it’s a set of tradeoffs with prices attached. It can be recyclable, recycled-content, compostable, reusable, lightweight, or simply right-sized so it uses less material and ships better. The smartest buyers I work with don’t ask for “paper-only” unless the product truly allows it; they ask what protects the item, what the end user can actually dispose of correctly, and what the retailer, marketplace, or carrier will accept without pushback. That’s the real center of eco-friendly packaging market trends 2024, and it is changing how packaging design gets approved from the first dieline onward, often before a 350gsm C1S artboard sample is even printed.

Honestly, I think the pace has surprised even seasoned buyers. Five years ago, many brands treated sustainable packaging as a side project; now it shows up in procurement scorecards, retailer onboarding, and ESG reports with specific targets attached to weight, recyclability, and resin or fiber content. In practice, eco-friendly packaging market trends 2024 are being shaped by four things at once: regulation, retailer pressure, brand commitments, and better material science. When those four forces move together, the change gets fast, and the difference can show up in a quote that moves from $0.22 to $0.18 per unit once a design is right-sized and a second insert is removed.

Regulations are one driver, especially extended producer responsibility programs, plastic reduction policies, and tougher labeling scrutiny in places like California, the EU, and Canada. Retailers and marketplaces are another. I’ve sat in supplier meetings where a buyer from a major chain asked for a 10% reduction in corrugate weight, a cleaner curbside recycle story, and documentation from an FSC chain of custody certificate before they would even green-light a test run. That kind of review changes how the entire supply chain thinks about product packaging and retail packaging. In other words, eco-friendly packaging market trends 2024 are not abstract; they are contract language, chargebacks, and approval delays.

There is also a lot of confusion around what “eco-friendly” actually means. A carton made from FSC-certified paperboard can still be a poor choice if the product is moisture sensitive, the ship route is rough, or the coating prevents recovery in the region where it lands. I’ve seen brands rush to switch to a paper solution, only to increase damage rates by 4% to 6% on long-haul ecommerce routes from Dallas to Miami. That is not sustainability; that is moving waste from the factory floor to the customer’s porch. The strongest eco-friendly packaging market trends 2024 are about matching the material to the product, the channel, and the recovery system.

If you are evaluating options, the question is not “paper or plastic?” It is closer to: what performs best in this shipping lane, what material can be recovered by the consumer, and what structure keeps the carbon footprint in check without forcing a lot of secondary packaging? That’s why the best programs I’ve seen in branded packaging use a balanced mix of recycled corrugated, molded fiber, mono-material films, and smart structural design. For buyers browsing Custom Packaging Products, that usually means starting with the packaging system, not the outer shell alone, because a small change in board grade can shift a freight quote by $0.06 per parcel on a 10,000-unit program.

“The moment the retailer changes the spec sheet, your sustainability plan becomes a production plan.” That is what a senior converter told me over coffee in a cardboard plant outside Atlanta, and he was right.

To keep the conversation grounded, here’s the simple version of what eco-friendly packaging covers in practice:

  • Recyclable structures that match local recovery systems in the U.S., the U.K., or Germany.
  • Recycled-content materials, especially corrugated and paperboard with verified content percentages.
  • Compostable options used only where the disposal pathway is real and documented.
  • Reusable packaging for closed-loop or returnable applications.
  • Right-sized packaging that trims void space and lowers shipping weight by 8% to 18% in many ecommerce lanes.

That mix is exactly why eco-friendly packaging market trends 2024 are expanding beyond simple substitution. A brand can reduce material, improve print consistency, and cut transport damage without sacrificing shelf appeal, but only if the packaging strategy is built around the product’s actual needs. I’ve seen that work beautifully in cosmetics cartons, subscription mailers, and electronics shippers where a 15-gram change in board weight, or a shift from glossy film lamination to aqueous coating, changes the whole economics of the pack. In one case, a 5,000-piece run dropped from $0.31 to $0.24 per unit after the structure was simplified.

How Materials and Design Are Changing

The material families driving the current shift are not mysterious, but the way they are being used is changing fast. The biggest ones I see are FSC-certified paperboard, corrugated with recycled content, molded fiber, bioplastics, and mono-material structures. Each one has a place, and each one has limits. The trick is choosing the right combination for the product category, the lane, and the consumer experience. That balance sits right at the center of eco-friendly packaging market trends 2024, whether the plant is in Dongguan, Toronto, or Milwaukee.

On the design side, custom packaging manufacturers are trimming waste by changing dielines, reducing glue points, simplifying inserts, and eliminating unnecessary layers. I’ve spent long afternoons at a folder-gluer watching operators tweak scores by half a point because a fold was cracking on a 350gsm board with a water-based coating. That is the kind of detail that separates a clean, efficient packaging design from a costly reprint. In many cases, the winning structure is not the prettiest one at first glance; it is the one that uses one less component and still protects the product on the ISTA drop profile.

Converting methods matter too. Die-cutting remains a backbone process for custom printed boxes, but it is now often paired with flexographic printing for corrugated, litho-lamination for higher graphics, and digital printing for shorter runs or fast SKU tests. I still remember a supplier in Guangdong showing me two nearly identical mailers: one used a heavy film finish, the other a clean water-based ink system with a matte aqueous coating, and the second option cut finish-related waste while also reducing lead time by 3 days. That is exactly the sort of tradeoff shaping eco-friendly packaging market trends 2024.

There is a common misconception that sustainable means plain. Not true. Good package branding can be elegant without being wasteful. You can keep the graphics crisp, use restrained spot color coverage, and choose a finish that protects the surface without turning the entire pack into a mixed-material problem. Heavy lamination may look premium, but it can make recovery harder in some streams. Aqueous coating, by contrast, is often a better practical choice when the goal is to preserve recyclability and still present a clean retail package.

For ecommerce and subscription boxes, the design conversation usually comes down to cube efficiency. A mailer that fits the product snugly may save 18% on shipping volume compared with a box that has extra headspace. That kind of change can lower the carbon footprint and the freight bill at the same time. In food, beauty, and electronics, the packaging format may also need moisture resistance, tamper evidence, or anti-static protection, so the sustainable option is often a smarter structure rather than a more “natural” surface. A 420gsm kraft board with a 12pt aqueous window can outperform a heavier laminated sleeve if the product fits correctly.

To show how the market is sorting options, here is a simple comparison I use with clients:

Material / Structure Typical Use Strength Typical Tradeoff
FSC paperboard with aqueous coating Retail cartons, cosmetics, small consumer goods Good print quality, widely recyclable Less moisture resistance than film lamination
Recycled-content corrugated Shipping boxes, ecommerce, subscription packaging Scalable, cost-efficient, strong compression Graphics can be less premium than litho-lam
Molded fiber Trays, inserts, protective shippers Great for protection and fiber recovery Tooling and shape limits for some products
Mono-material film structures Flexible packs, pouches, refill systems Easier material recovery in some systems Barrier performance must be checked carefully

These material shifts are why eco-friendly packaging market trends 2024 are not just about swapping materials; they are about redesigning the entire pack architecture. In the plants I visit, the best projects always start with the product dimensions, shipping method, and retailer requirements before anyone debates ink coverage or finish texture. A carton specified at 102 mm by 68 mm by 145 mm can often save more than a more expensive print upgrade ever will.

Eco-friendly packaging materials and structural design examples including recycled corrugated, molded fiber inserts, and FSC paperboard cartons

Consumer demand matters, but it is only part of the story. Shoppers are indeed paying attention to recyclability, compostability, and reduced plastic use at the point of purchase, especially in beauty, food, and premium ecommerce. Yet the sharper pressure often comes from retailers and marketplaces that maintain packaging scorecards and shipping efficiency standards. In one vendor review I attended in Minneapolis, the brand had consumer demand on its side, but the retailer still rejected the program because the outer carton wasted too much cube space. That is a very real lesson in eco-friendly packaging market trends 2024: the channel can be stricter than the shopper.

Regulatory pressure continues to rise as well, and it is changing how procurement teams document claims. Some regions now expect more specificity around recovered content, recyclability instructions, and material labeling. I’ve had clients ask for a clear difference between “recyclable where facilities exist” and “widely recyclable,” because a sloppy claim can create legal exposure and customer confusion. The most responsible packaging design teams are now treating claims as part of the technical spec, not as marketing copy added at the end. On a 20,000-unit order, that can mean the difference between a standard review and a 10-day delay.

Then there is brand economics, which many people underestimate. A lighter carton can lower parcel rates, and a better-fitting insert can cut product movement enough to reduce damage by 2% or 3% on a large program. I worked with a skincare brand in New Jersey that moved from a two-piece rigid setup to a lighter paperboard carton with a molded fiber insert. Their unit cost went down on one line and up on another, but the total landed cost improved because freight, breakage, and packout time all dropped. That kind of decision reflects the real logic behind eco-friendly packaging market trends 2024.

Innovation on the supply side is making all of this more realistic. Paper mills are improving recycled-content consistency, resin suppliers are refining bio-based and compostable formulations, and converting plants are getting better at handling lower-weight substrates without crushing quality. I’ve seen a corrugated plant in the Midwest move from variable board caliper to a tighter spec that held up better in stacking tests, which made it possible for brands to specify lighter packs with less anxiety. That is not hype; that is process control, and it matters in places like St. Louis, Savannah, and Suzhou alike.

There is also a quiet but important logistics factor: warehousing. A packaging format that nests efficiently can save rack space and lower storage costs, while a bulky multi-piece set can consume labor and floor room in a fulfillment center. Many buyers focus only on the carton price, but the smartest teams examine storage, pallet pattern, and assembly time. That full-system view is one of the strongest signals in eco-friendly packaging market trends 2024, especially for SKUs moving through 3PL hubs in New Jersey or Louisville.

Cost and Pricing: What Eco-Friendly Packaging Really Costs

Sustainable packaging can cost more upfront, especially for lower-volume custom runs, specialty barrier coatings, or compostable materials with tighter supply. That does not mean it is overpriced; it means the economics depend on volume, structure, and how much engineering is required. If a carton needs a custom tool, a specialty insert, and a third-party certification review, the setup cost will be different from a standard recycled corrugated mailer produced at scale. That’s one reason eco-friendly packaging market trends 2024 need careful quote comparison, not quick assumptions.

Raw material is only one line item. You also have print complexity, tooling, minimum order quantities, freight, warehousing, and conversion waste. I have seen a project where the board itself was just $0.18 per unit at 5,000 pieces, but the final package cost was higher once we added a custom insert, a die charge, and premium finishing. Another project looked expensive on paper at first, yet the total landed cost improved because the packaging reduced dimensional weight by 12% and cut secondary void fill completely. That is the kind of math that explains why eco-friendly packaging market trends 2024 are tied to operations as much as sustainability.

For many brands, recycled-content corrugated or paperboard is the most scalable entry point because the supply chain is mature and the price spread is usually manageable. Compostable films and specialty bio-resins can still carry a premium, and that premium may be justified if the product requires it, but I would not recommend them blindly for every SKU. Honestly, I think too many teams jump to the most visible green option instead of the most practical one. A simpler recycled board package with a clean structural design often outperforms a fancier material that creates sourcing headaches, especially when overseas manufacturing in Vietnam or the Pearl River Delta adds another layer of lead-time risk.

Here’s a comparison I often use when clients are asking for apples-to-apples quotes:

Quote Element Why It Matters What to Confirm
Material spec Drives performance, cost, and recoverability Board grade, recycled content, FSC status, coating type
Structure Affects protection and packout labor Dieline, insert style, closure method, assembly steps
Finish Impacts appearance and end-of-life behavior Aqueous coating, varnish, film lamination, embossing
Production method Changes lead time and setup costs Offset, flexo, digital, litho-lamination
Testing and support Reduces launch risk ISTA testing, sample rounds, approval cycles

When buyers compare quotes this way, the picture usually gets clearer fast. A package that looks cheaper per unit can become expensive once you add damage rates, slower packout, or a longer lead time that forces air freight. That’s why the most useful discussion around eco-friendly packaging market trends 2024 is total landed cost, not just unit price. On a 10,000-piece run, a difference of $0.04 per unit can disappear if the cheaper structure increases breakage by 1.5%.

For brands working with Custom Packaging Products, I usually recommend starting with a target price band, then asking suppliers to quote the same structure, same finish, and same testing assumptions. Otherwise, one supplier quotes a recycled-content carton with aqueous coating while another quotes a heavier laminated version, and the comparison becomes meaningless. A fair comparison should also specify the destination city, like Chicago or Sydney, because freight can swing the landed number by 8% to 20%.

Process and Timeline: From Concept to Production

The development process usually starts with discovery: product dimensions, ship method, shelf presentation, and any retailer or marketplace requirements. After that comes material selection, structural design, prototyping, testing, artwork, production approval, and shipping. That sequence sounds basic, but in real factories it is where most delays are born. If the carton has to fit a glass bottle with a custom insert and pass a drop test, there is no shortcut around sample rounds and fit checks. That reality shapes eco-friendly packaging market trends 2024 because sustainable materials still have to prove they work in the line, not just on the screen.

For a simple custom paperboard or corrugated program, I’ve seen development move in 12 to 15 business days from proof approval to production-ready sampling when the supplier already has the board in stock and the structure is straightforward. More specialized projects, especially those involving compostable materials, molded fiber tooling, or multi-component assemblies, can take longer because the sourcing and validation steps are tighter. That extra time is usually worth it when the product demands it, but it should be planned from the beginning rather than discovered halfway through launch week. A straightforward reorder from a plant in Shenzhen may move faster than a first run in Ohio if tooling is already locked and the print files are final.

Sampling is where the factory floor tells the truth. We use folding samples, mockups, and ship tests to see whether the package holds up after the first 20 miles, not just the first pretty photo. I still remember a client in the supplement space who loved a new box format until we ran it through a vibration test and the inner tray shifted just enough to scuff the labels. One 3 mm insert change fixed the issue, but it added a week to the schedule. That is normal. It is part of responsible packaging design, not a failure.

Risk points tend to cluster around a few familiar places:

  • Artwork changes after dieline approval.
  • Supplier backorders on certified boards or specialty coatings.
  • Certification checks that require extra documentation.
  • Retail compliance reviews that request structural changes.
  • Seasonal peaks that stretch factory capacity and freight space.

The lesson is simple: build in extra lead time for custom packaging programs, especially if you are moving to a new substrate or a different converting process. The more components you have, the more likely a small issue can push the schedule. In a busy converter, one late board pallet can set off a domino effect across die-cutting, gluing, and finishing lines, and a project promised in 14 days can slip to 19 or 21 business days very quickly.

Packaging development timeline showing discovery, sampling, testing, artwork approval, and production stages for eco-friendly packaging

Common Mistakes Brands Make When Following Eco-Friendly Packaging Market Trends

One of the biggest mistakes I see is choosing the greenest-looking material without checking whether it protects the product. A flimsy recycled carton that causes leakage or breakage creates more waste than a slightly heavier package that keeps the contents intact. I’ve seen a fragile candle line lose money for two quarters because the brand wanted a thinner structure before testing on real carriers from Chicago to Phoenix. That mistake was expensive, and it was avoidable. In eco-friendly packaging market trends 2024, product protection is part of sustainability, not a competing goal.

Another problem is overclaiming. Vague labels like “earth-friendly” or “fully compostable” can create confusion if they are not backed by proof and clear disposal instructions. If the package is compostable only in industrial facilities, say that. If the recycled content is verified, document it. If the package is recyclable only in some regions, make that plain. The more specific the claim, the more trust you build. This is especially true in branded packaging, where marketing language can outrun the actual material spec if nobody checks it.

Brands also miss the smaller components. They focus on the box and ignore tape, labels, ink coverage, void fill, and internal inserts. That omission can undermine the whole sustainability story. A beautiful carton with a hard-to-recycle foam insert or excessive plastic tape is not a clean program. I once reviewed a shipping kit where the outer box was excellent, but the total package included three plastic parts and two layers of unnecessary wrap. The fix was not complicated, but it did require the team to look at the full system.

There is also a cost trap in premium finishes. Heavy lamination, oversized spot UV, and dense full-coverage printing can all add material and complicate recovery. Sometimes they are justified for shelf impact; sometimes they are not. I generally advise clients to ask whether the finish is doing real work or just adding visual weight. In many cases, the answer is sobering. That kind of discipline is central to eco-friendly packaging market trends 2024, especially when a 5,000-piece quote changes by $0.11 per unit just because the finish specification is too ornate.

Finally, too many teams skip real-world testing. A pack that looks good in the studio might fail under humidity, stacking pressure, vibration, or temperature swings. I’ve seen cartons wick moisture in a Southeast Asian warehouse and collapse before they reached the retailer. If your packaging will cross climates, it has to be tested under conditions that resemble the actual route. The best programs use ISTA methods, compression tests, and carrier simulation early enough to fix problems before launch, not after damage claims start arriving.

Expert Tips for Choosing the Right Eco-Friendly Packaging

Start with the product, not the trend. Ask about fragility, shelf life, moisture sensitivity, branding goals, and the shipping channel before choosing any substrate. A luxury serum, a frozen food item, and a flat-pack accessory do not need the same package strategy, even if they all sit under the same sustainability umbrella. That is one reason eco-friendly packaging market trends 2024 should be interpreted as a toolkit, not a single answer. A 120 ml serum in New York and a 1 kg accessory kit in Rotterdam will never share the same ideal structure.

Prioritize right-sizing and structural design before you chase decorative upgrades. If you can remove one insert, shorten one flap, or shave 10% off the outer dimensions, you often gain more sustainability benefit than you would from a costly surface treatment. I’ve watched brands spend weeks debating print effects when the bigger win sat in the dieline. That happens more than people admit. Good packaging design starts with dimensions, not decoration, and a tighter 2-piece structure can outperform a larger one even before graphics enter the conversation.

Use documentation to verify claims. FSC chain-of-custody certificates, recycled-content declarations, and recognized compostability standards matter because they turn a marketing claim into a verifiable spec. If a supplier cannot explain the documentation path clearly, I treat that as a warning sign. There’s no shame in asking for proof. In fact, that’s part of buying responsibly. The more mature buyers I work with do not accept vague statements; they want the paper trail, the test dates, and the plant location, whether it is Taicang, Illinois, or Monterrey.

Favor systems that are easy for customers to dispose of correctly. The best end-of-life plan is the one people can actually follow. A package that is theoretically recyclable but confusing in practice may end up in the trash. That is why simple material combinations, clear labeling, and fewer mixed components often outperform flashy alternatives. In my experience, consumers do better with a straightforward recyclable carton and a short disposal note than with an overdesigned pack that requires a decoder ring.

Here is a practical roadmap I give brands when they want to improve steadily rather than all at once:

  1. Remove wasted material first by right-sizing and simplifying inserts.
  2. Swap to recycled-content board where the product allows it.
  3. Reduce mixed materials by replacing heavy laminates with easier-to-recover finishes.
  4. Improve print efficiency with cleaner graphics and fewer ink-heavy areas.
  5. Document the gains so procurement and marketing can align on measurable progress.

That kind of phased plan is usually more realistic than a full packaging overhaul. It also helps teams build internal support because each change can be measured, reviewed, and refined. In the current market, that steady approach tends to win. It aligns with eco-friendly packaging market trends 2024 while keeping the operations team from getting buried under change requests. A phased rollout in quarter one, followed by a pilot in quarter two, is often more workable than a full-line switch in 30 days.

If your team is also reviewing your broader packaging portfolio, it may help to compare the current spec against newer Custom Packaging Products options that can cut waste without sacrificing shelf presentation or shipping performance. In many programs, the right replacement is a 32ECT recycled corrugated shipper paired with a 350gsm insert, not a complete redesign.

The most useful first step is a line-item audit. Break down your current packaging by box, insert, wrap, tape, label, and void fill, then ask which parts are actually doing useful work. I’ve seen companies discover that 20% of their packaging spend was going into parts that nobody needed and no customer ever noticed. That is low-hanging fruit, and it is exactly where eco-friendly packaging market trends 2024 can create fast wins. A 12-column spreadsheet in Excel is enough to expose the waste.

Next, collect three comparator specs from suppliers so you can compare material, structure, lead time, and cost consistently. If one quote uses 28ECT corrugated, another uses 32ECT, and a third includes a different insert style, the numbers will mislead you. The spec has to match before the price can be trusted. I tell clients to request material thickness, board grade, coating type, print process, and MOQ in writing, because otherwise the comparison is just guesswork. Ask for the city of manufacture too, because a carton produced in Ho Chi Minh City will not carry the same freight profile as one made in Indianapolis.

Ask for samples and real shipping tests before you make a broad switch across SKUs. A pilot on one high-volume item usually tells you enough to decide whether the material, finish, or structure belongs in the rest of the line. If the package passes drop tests, stacking checks, and route simulation, then scale it carefully. If it fails, fix the structure rather than forcing the change through. A test run of 250 units is often enough to catch a problem that would cost thousands later.

Prepare a simple sustainability scorecard that tracks recycled content, recoverability, dimensional weight, and damage rate. You do not need a giant dashboard to start. A spreadsheet with five columns can expose a lot: current material, proposed material, freight impact, damage risk, and disposal pathway. Once you begin documenting results, the conversation becomes less emotional and more operational. That is where real progress tends to happen, especially if your team reviews it monthly instead of once a year.

Finally, build a phased rollout plan around your highest-volume or highest-waste products first. A small improvement on a top seller often saves more material than a perfect solution on a low-volume item. Document what changes, what costs shift, and what customers say after launch. That record becomes your internal proof that the market is moving in a measurable direction, not just a fashionable one. In many firms, that means starting in Q2 with a pilot, then expanding in Q3 after the numbers are in.

From my side of the industry, the headline is clear: eco-friendly packaging market trends 2024 are pushing brands toward smarter structures, cleaner documentation, lighter materials, and better economics, but the winners are the companies that treat packaging as a system, not a surface. If you stay focused on fit, protection, recoverability, and total cost, you’ll make better decisions, reduce waste, and build packaging That Actually Works in the real world. That combination matters in Shenzhen, Chicago, Rotterdam, and every warehouse in between.

FAQ

What are the biggest eco-friendly packaging market trends in packaging today?

The biggest trends are recycled-content paperboard, right-sized mailers, lower-plastic structures, mono-material designs, and packaging formats that improve recycling or reuse. Brands are also focusing more on total system impact, not just the outer carton, which means inserts, tape, coatings, and labels are getting more attention. In 2024, many teams are also specifying exact board grades like 28ECT corrugated or 350gsm C1S artboard before they request a quote.

Is eco-friendly packaging always more expensive?

Not always; it often depends on the material, order quantity, print method, and whether the design reduces shipping weight or damage. Some sustainable options cost more upfront, but they can lower total cost when they improve cube efficiency, reduce breakage, or simplify fulfillment. For example, a package priced at $0.21 per unit for 10,000 pieces can still beat a cheaper-looking option if it cuts damage claims by 2%.

How long does it take to develop eco-friendly custom packaging?

A simple custom paperboard or corrugated project may move quickly, while certified or specialty sustainable materials can take longer. Timeline is usually shaped by design approvals, sample rounds, testing, supplier availability, and whether tooling or new structures are required. For straightforward programs, it is often 12 to 15 business days from proof approval to production-ready samples, while molded fiber tooling in places like Dongguan or Suzhou can stretch longer.

How do I know if a packaging claim is actually sustainable?

Look for proof such as recycled-content documentation, FSC chain-of-custody records, or recognized compostability standards when relevant. Be cautious with vague marketing language and confirm how the package should be disposed of by the end user. If the claim says recyclable, ask whether that applies in the U.S., Canada, or the EU, because recovery rules vary by region and city.

What should brands test before switching to eco-friendly packaging?

Test fit, drop resistance, stacking strength, moisture exposure, vibration, and any retail or shipping scenarios relevant to your product. A packaging format should protect the product and perform in real life, because failed shipments create more waste than a slightly heavier but reliable design. If you can, run pilot shipments through at least one U.S. route and one export route to compare performance under different humidity and handling conditions.

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