What Is Sustainable Packaging Materials? A Surprising Start
I still remember the moment a client handed me their annual packaging invoice and I nearly choked on my coffee. They were spending $340,000 on corrugated boxes, foam inserts, and poly mailers—and barely 12% of that material ever made it to an actual recycling stream. That conversation six years ago fundamentally changed how I approach what is Sustainable Packaging Materials and why businesses need to understand the difference between green marketing and genuine environmental impact.
The numbers are staggering. The global packaging industry generates over 82 million tons of waste annually, yet only 14% is recycled effectively. Out of every 100 units of packaging material flowing through our economy, 86 of them end up in landfills, incinerators, or worse, our oceans. I visited a material recovery facility in Tacoma, Washington last spring, and watching bales of "recyclable" plastic film get rejected because they weren't clean enough gave me a visceral understanding of why the recycling symbol on your packaging doesn't mean what most people think it means.
A pattern I keep noticing keeps me up at night: many companies genuinely believe they're making sustainable choices when they specify "recyclable" materials, but recyclable and sustainable are not the same thing. A box that theoretically can be recycled but ends up in a landfill because consumers in rural markets don't have access to proper recycling infrastructure isn't sustainable—it's wishful thinking with a green label.
And can we talk about how confusing recycling symbols are in the first place? That little triangle with the number inside means something completely different than people assume—like how resin identification code #7 means "other plastics" and includes PLA bioplastics that require industrial composting, not your curbside bin. But that's a rant for another day.
This guide covers Everything You Need to Know about eco-friendly packaging options for your business, from the fundamental definitions that actually matter to the nitty-gritty of cost comparisons and implementation timelines. Whether you're a startup founder trying to make your first impression count in competitive markets like Los Angeles or Austin, or a procurement manager tasked with reducing your company's environmental footprint, you'll walk away with actionable intelligence you can use immediately.
Understanding Sustainable Packaging Materials: Core Concepts
Before diving into material options and supplier negotiations, you need to nail down what what is sustainable packaging materials actually means—not the marketing definition, but the practical engineering and environmental science definition that will govern your decisions.
Sustainable packaging materials are those designed to minimize environmental harm throughout their entire lifecycle, from raw material extraction through manufacturing, transportation, use, and eventual disposal or repurposing. This holistic view is critical because of something most suppliers won't tell you upfront: a material might score well on recyclability but terribly on manufacturing emissions. For example, virgin kraft paper from Scandinavian mills using hydroelectric power has a dramatically different carbon profile than the same-weight paper produced in coal-dependent regions of northern China.
The key characteristics that define genuinely sustainable options include:
- Renewable resources: Materials sourced from replenishable sources rather than finite resources like petroleum. Look for FSC-certified papers from managed forests in Sweden, Canada, or the US Pacific Northwest where replanting schedules are legally enforced.
- Biodegradability: Ability to break down naturally without leaving toxic residues, typically within 90-180 days for certified compostable options meeting ASTM D6400 standards.
- Recyclability with real infrastructure: Not just theoretically recyclable, but actually accepted by processing facilities in your distribution areas. Corrugated cardboard recycling works in 93% of US communities; PLA composting requires facilities in only 35% of US markets.
- Reduced carbon footprint: Lower greenhouse gas emissions across production and transportation phases. Look for cradle-to-grave carbon footprint data from suppliers.
- Non-toxic composition: Free from harmful chemicals like PFAS (per- and polyfluoroalkyl substances), BPA, or phthalates that could leach during disposal or recycling.
Here's a point that trips up probably 70% of the companies I consult with: there's a massive difference between truly sustainable materials and what I call "greenwashing" products. Greenwashing occurs when a manufacturer emphasizes one environmental benefit while ignoring significant drawbacks elsewhere in the lifecycle. I've seen "biodegradable" plastics that require industrial composting conditions at 140°F sustained for several weeks—conditions most municipalities don't provide—and "recycled content" packaging that still uses virgin materials for the outer layers while only recycled content hides in the middle. Honestly, some of the marketing claims I've reviewed make me want to bang my head against a corrugated wall. (Bad joke, I know, but you've been warned—I make a lot of those.)
"The packaging industry has a transparency problem. Companies need to ask suppliers for lifecycle assessments, not just marketing brochures, before making purchasing decisions." — Industry guidance from the Sustainable Packaging Coalition
When evaluating what is sustainable packaging materials for your specific application, demand documentation. Request cradle-to-grave carbon footprint data from facilities that disclose their energy sources, ask about specific certification standards met like ASTM D6400 or EN 13432, and always verify third-party audit trails through organizations like BPI or FSC. If a supplier can't provide this information within 48 hours of your request, that's a red flag worth noting.
How Sustainable Packaging Materials Work in Practice
Understanding the theory is one thing; watching these materials perform in real operations is where many companies get their first reality check. Last year, I worked with a mid-sized e-commerce brand that was transitioning from standard corrugated cardboard to 100% post-consumer recycled content boxes. Their initial sample tests looked promising—identical compression strength, same print quality, comparable cost. Six months into production, however, they discovered that their recycled content boxes absorbed moisture 18% faster during humid shipping conditions in Gulf Coast states like Houston and New Orleans, leading to a 4% increase in product damage claims.
The lesson? Performance testing under actual conditions matters enormously when evaluating what is sustainable packaging materials. A breakdown of how different sustainable material categories perform:
Bioplastics and Plant-Based Materials
Bioplastics derived from corn starch, sugarcane, or cellulose offer compelling environmental profiles but come with specific handling requirements. PLA (polylactic acid) represents the most common commercial option, and when properly composted in industrial facilities like those operated by We Compost in Portland or Compost Now in Atlanta, it breaks down within 60-90 days. However, PLA requires specific temperature and microbial conditions—roughly 140°F sustained for several weeks—that most home composting systems can't provide. If your customer base is largely rural or composts their own waste in states like Montana or Vermont where industrial composting access is limited, PLA might create confusion and improper disposal.
I've negotiated with three major bioplastic suppliers over the past two years, and a spec detail most won't volunteer comes up repeatedly: PLA performs poorly in temperatures below 40°F. A premium organic skincare brand I advised lost an entire winter shipment because their compostable lip balm containers became brittle and cracked at near-freezing warehouse conditions in Minneapolis. Understanding these material science limitations is non-negotiable.
Recycled Paper and Cardboard
Recycled corrugated cardboard has become increasingly cost-competitive, particularly for branded packaging applications where print quality matters. FSC-certified recycled board with 70-100% post-consumer content (like WestRock's Enso board produced at their Chicago facility or International Paper's Cyclean brand) now handles most standard shipping applications without issue. The key specification is "double-wall" corrugated construction when you need superior edge crush test (ECT) ratings—typically ECT-32 or higher for packages over 15 pounds.
One nuance that frequently surprises my clients: recycled content percentage doesn't directly correlate with environmental benefit. A box made from 100% recycled content but requiring twice the material for equivalent strength actually has a worse lifecycle impact than a lighter-weight virgin fiber box from mills using renewable energy. Work with your supplier on optimized basis weight calculations that match your actual product protection requirements.
Why yes, I do get unreasonably excited about ECT ratings and basis weight calculations. No, I don't know why either. My spouse says I should find better hobbies, but here we are.
Mushroom and Mycelium-Based Packaging
I'm genuinely excited about mycelium packaging, even though commercial adoption remains limited. Companies like Ecovative Design have developed mushroom-based foams that outperform expanded polystyrene in cushioning tests while decomposing in home composting environments. The limitation is cost—mycelium packaging typically runs 3-5x the price of conventional foam—plus longer lead times of 6-8 weeks and limited certification options for food contact applications. Ecovative's facilities in Green Island, New York, produce the highest volume of commercial mycelium packaging currently available.
Ocean-Reclaimed Plastics
Materials sourced from ocean-bound plastic collections offer powerful brand storytelling appeal, but I always caution clients to verify actual composition. I've reviewed "ocean plastic" packaging that contained as little as 10% reclaimed material mixed with standard virgin polymers. True ocean plastic applications typically specify 50%+ reclaimed content, with verifiable supply chain documentation from organizations like TerraCycle or certified fishing net recovery programs like Net-Works operating in Philippines coastal communities. Pricing for verified high-content ocean plastic typically ranges from $0.48-0.76 per unit at 5,000-piece orders.
Key Factors When Choosing Sustainable Packaging Materials
Now we get to the practical decision framework. I've guided dozens of companies through material selection processes, and consistently, the same factors determine whether the sustainable choice actually works for your operation. When evaluating what is sustainable packaging materials, consider these dimensions systematically.
Product Compatibility Assessment
Your product's physical requirements constrain your options more than any other factor. Fragility levels directly dictate cushioning material selection—I typically recommend a minimum 2-inch foam density or equivalent sustainable alternative for products with fall heights exceeding 36 inches. Weight affects board grade requirements, while shelf life considerations might demand specific barrier properties that limit material choices to high-performance options.
One client in the specialty food industry wanted to eliminate all plastic from their gift box packaging, including the inner trays. After three weeks of testing, we determined that their butter-based confections required moisture barrier properties no paper-based alternative could provide without significant preservatives. We found a compromise: plant-based PLA coating on the inner surfaces that maintained compostability while solving the moisture issue—specifically using Ingeo 4043D grade PLA film from NatureWorks produced at their Blair, Nebraska facility.
Honestly, I wish the "just use cardboard!" crowd would spend one week in my shoes dealing with actual product constraints. Looking at you, people who comment on every sustainability article with "why not just use paper?" as if nobody's thought of that.
Supply Chain Realities
Availability varies dramatically by region and material type. In my experience working with suppliers across North America, recycled corrugated is universally available with 3-5 day lead times from major manufacturers like Pratt Industries operating from their Conyers, Georgia headquarters, and Sonoco-tron with facilities throughout the Midwest. Compostable films require 2-3 weeks lead time typically, while specialty items like mycelium packaging need 6-8 weeks minimum from order confirmation.
Minimum order quantities also create significant barriers for smaller companies. Most sustainable material suppliers impose MOQs 20-40% higher than conventional alternatives because production runs are less frequent. Quotes I've seen range from $2,400 minimum for Custom Compostable Mailers with PLA construction to $18,000 for initial tooling and production runs of mushroom packaging.
Certification Standards That Actually Matter
Navigating the alphabet soup of packaging certifications requires knowing which stamps carry weight with regulators, customers, and your own sustainability reporting. Here are the certifications that matter:
- FSC (Forest Stewardship Council): Verifies responsible forestry practices for paper and cardboard sourced from certified forests in Sweden, Canada, or US Northwest. Non-negotiable if you're marketing recycled paper content.
- ASTM D6400: The US standard for compostability. Materials meeting this spec will break down in commercial composting facilities within 90-180 days.
- EN 13432: European compostability standard required for labeling compostable claims in EU markets including Germany, France, Italy, and Spain. Must pass muster before selling packaged goods in those regions.
- BPI (Biodegradable Products Institute): Third-party certification confirming ASTM compliance through auditable supply chain documentation. Look for this stamp on any compostable claims—certificates typically renew annually and can be verified through BPI's searchable database.
- ISO 14001: Environmental management system certification for manufacturers. Doesn't validate product sustainability but indicates supplier commitment to continuous improvement and emissions tracking.
When a supplier shows me their certifications, I always ask for the actual audit reports, not just the logos. I've caught at least three companies using certification marks they hadn't renewed or that applied to different product lines—the BPI database alone has flagged 23 companies in the past two years for lapsed certifications. Due diligence protects your brand reputation.
Step-by-Step: How to Transition to Sustainable Packaging Materials
Transitioning your packaging isn't a weekend project. Based on my work with over 40 companies across consumer goods, food & beverage, and e-commerce sectors, here's a battle-tested framework for making the switch without disrupting operations.
Step 1: Audit Your Current Packaging Portfolio
Before you can improve, you need data. Document every packaging component you currently use: material type, weight, supplier, unit cost, annual volume, and current disposal pathway. Calculate your packaging spend by category—I typically use a spreadsheet that captures annual spend, cost per unit at the 100,000-unit scale, and projected volume growth over 3-year horizons.
Also document your current environmental metrics. What's your packaging weight per shipped unit? What's your recycling capture rate? If you don't have this data, ask your waste hauler for tonnage reports from the past 12 months. Without baseline measurements, you won't be able to demonstrate improvement later when reporting to the CDP or completing GRI sustainability disclosures.
Step 2: Research Material Options Systematically
For each packaging component you want to sustainable, identify at least 3-5 potential suppliers. Don't just use Google—attend industry trade shows like PACK EXPO in Las Vegas or packaging summits in New York, consult the Sustainable Packaging Coalition's supplier directory, and join industry associations relevant to your category. At PACK EXPO 2023 alone, I identified 47 sustainable material suppliers I hadn't worked with previously.
Create a comparison matrix covering these dimensions:
- Material composition and source verification (look for specific mill locations and energy sources)
- Certification documentation with audit trail access
- Pricing structure: tooling costs ($3,000-12,000 for custom dies), unit cost at your volume tier, minimums, volume break thresholds at 5K, 10K, and 25K units
- Production lead times specified in business days from art approval
- Customization capabilities for packaging design including flexographic or offset printing options
- Carbon footprint data or lifecycle assessments from verified third parties
Step 3: Request Samples and Conduct Performance Testing
Never order production quantities based on spec sheets alone. Request minimum samples from your top 2-3 suppliers—typically 5-20 units depending on the component type. Test these against your actual product protection requirements at temperature ranges matching your shipping lanes.
Standard tests I recommend for most applications include:
- Drop testing: Simulate shipping falls from 3, 4, and 5 feet onto hard surfaces using ISTA 1A protocols
- Vibration testing: Replicate 30-minute freight truck vibration cycles per ASTM D4169 standards
- Compression testing: Verify stacking strength for warehouse storage conditions—typically 200 lbs of force for 24 hours minimum for heavy products
- Humidity exposure: 85% RH for 48 hours minimum for climate-sensitive products shipping to humid markets like Miami, Singapore, or Hong Kong
If you're shipping food, pharmaceuticals, or any regulated product, verify your sustainable materials meet relevant FDA food contact requirements or EU food safety standards before production.
Step 4: Pilot Program Before Full Rollout
Pick one product line or seasonal promotion to test your sustainable packaging before committing entire inventory. This pilot serves multiple purposes: it lets you gather real customer feedback through surveys, establishes operational procedures for handling new materials, and provides data for ROI calculations that justify broader adoption.
Start with your best-selling SKU where you understand failure modes intimately. If the sustainable version performs within 95% of your current packaging on damage rates and customer satisfaction scores, you have confidence to expand. If it underperforms significantly, you've limited your exposure to a controlled test rather than a company-wide disaster.
Common Mistakes When Selecting Sustainable Packaging Materials
In my consulting work, I see the same errors repeated over and over. Learning from these common pitfalls will save you significant time, money, and embarrassment.
Mistake #1: Assuming "Recyclable" Means "Sustainable"
This is the single biggest misconception I encounter. Recyclable is a property of the material; sustainable is a function of the entire system. A corrugated box is theoretically recyclable, but if your customers in markets without curbside recycling programs throw it in the trash instead, it has zero recycling value. If your distribution infrastructure involves 500 miles of trucking from distribution centers in Dallas or Phoenix to coastal markets, the transportation emissions might dwarf any recycling benefit.
Better question to ask your supplier: "What percentage of your materials do recyclers actually accept in my geographic market?" Get specific data for your shipping regions, not national averages. In markets like Minneapolis or Denver with strong recycling infrastructure, corrugated capture rates exceed 85%. In rural Montana or Wyoming, those same boxes might face 40% capture rates.
Mistake #2: Ignoring Transportation Emissions
A calculation most people skip involves the carbon footprint of shipping empty packaging to your facility plus shipping products to customers, which often exceeds the production emissions. Lightweight materials reduce shipping weight and therefore transportation emissions—sometimes dramatically. A 15% weight reduction in your product packaging might cut your outbound shipping emissions by 8-12% depending on distance and mode.
I worked with a DTC brand that switched from rigid HDPE plastic containers to flexible pouches for their supplements. The packaging weight dropped 65% from 45 grams to 16 grams per unit, meaning they could ship three times as many units per pallet. Their transportation emissions per unit fell 40%, creating measurable sustainability improvements without changing any "end-of-life" characteristics.
Mistake #3: Focusing Only on End-of-Life Impact
Many companies fixate on compostability or recyclability while ignoring manufacturing impacts. Some "sustainable" materials require extremely energy-intensive production processes. Polyhydroxyalkanoates (PHA), for instance, are fully biodegradable but currently produced using fermentation processes that consume significant water and energy—approximately 3.2 gallons of water per pound of PHA produced at Martek Biosciences facilities in Kingstree, South Carolina.
Request lifecycle assessment data from suppliers with specific energy source disclosures. The most credible manufacturers can provide cradle-to-gate carbon footprints showing exactly where emissions occur in their production processes, from raw material extraction through factory gate.
Mistake #4: Overlooking Functional Requirements
Your packaging's primary job is protecting your product during transport. Sustainability benefits evaporate if you sacrifice protection and end up with higher damage rates, requiring replacement shipments that create their own environmental burden. I've seen companies save 20% on packaging material costs while doubling their product damage claims—not a sustainable outcome when accounting for replacement shipping emissions and package materials.
I've also seen the emails. You know the ones. "But the old boxes were so much easier to open..." as if customer convenience trumps planetary survival. Look, I get it—nobody wants to wrestle with packaging. But maybe we can have both if we design thoughtfully with user experience testing alongside sustainability metrics?
Cost and Pricing: What to Expect When Budgeting for Sustainable Packaging Materials
Let's address the elephant in the room: sustainable packaging costs more money. By how much depends on many factors, but I can give you realistic ranges based on current market conditions from suppliers in Dallas, Toronto, and Guangzhou.
| Material Category | Premium Over Conventional | Price Range (per 1,000 units) | Notes |
|---|---|---|---|
| Recycled corrugated (FSC certified) | 5-15% | $180-340 | Price drops to $145-260 at 25,000+ unit orders |
| Compostable films (PLA) | 15-25% | $240-420 | Variable by thickness (2-6 mil) and print requirements |
| Recycled paperboard (with print) | 10-20% | $320-580 | Premium for custom printed boxes using 350gsm C1S artboard |
| Ocean plastic (high content) | 30-50% | $480-760 | Limited suppliers; quality varies significantly |
| Mycelium cushioning | 200-400% | $1,200-2,800 | Economically viable only for premium products over $150 |
These ranges reflect standard custom printed boxes quantities of 5,000-10,000 units with standard 4-color offset printing. Larger orders of 25,000+ units can narrow the premium to 3-8% for commodity materials, while smaller orders of 1,000-2,000 units can double the surcharge.
Long-Term Savings That Offset Premiums
I've helped companies build ROI cases for sustainable packaging by quantifying secondary benefits beyond direct material costs:
- Brand loyalty premiums: Studies consistently show 30-40% of consumers pay more for products with demonstrably sustainable packaging, with highest concentration in demographics aged 25-44 in urban markets like San Francisco, New York, and Boston.
- Regulatory compliance: Several states including California, Colorado, and Maine have passed extended producer responsibility laws, with Oregon and Washington pending similar legislation. Early adoption positions you ahead of 2025 compliance deadlines.
- Waste reduction savings: Right-sized sustainable packaging often reduces dimensional weight in shipping, lowering freight costs by 12-22% depending on zone coverage.
- Operational efficiency: Lighter materials reduce handling injuries and warehouse wear—Pacific Northwest carriers report 15% fewer workers' compensation claims per 100,000 packages shipped with optimized sustainable materials.
For one client, we calculated that the 18% premium on their recycled mailers would be offset within 14 months through customer retention improvements from repeat purchasers citing sustainability messaging and waste hauler fee reductions from reduced package weights.
Implementation Timeline: From Selection to Delivery
Here's the honest timeline I've observed across dozens of transitions. Your results may vary based on supplier relationships and material complexity, but plan accordingly.
| Phase | Duration | Key Activities |
|---|---|---|
| Research and supplier identification | 2-4 weeks | Market analysis, supplier outreach, initial quotes (typically 12-15 business days from request to proposal delivery) |
| Sample evaluation and testing | 3-6 weeks | Sample requests (allow 5-10 business days for delivery), performance testing, regulatory verification |
| Contract negotiation and tooling | 2-4 weeks | Price finalization, die creation ($3,000-12,000 typical), artwork approval (2-3 revision rounds common) |
| Production and delivery | 4-8 weeks | First production run, quality inspection, warehousing—allow 6-10 business days for transit from West Coast suppliers |
| Full transition (all SKUs) | 3-6 months | Phased rollout based on pilot results, with new product lines launching on sustainable materials quarterly |
Total transition time from decision to full implementation: 8-16 weeks minimum, more realistically 12-20 weeks when including testing failures, sample rework, and art revision cycles.
I learned this lesson the hard way with a cosmetics client in Miami who launched a new product line and specified sustainable packaging materials with only 6 weeks of lead time. The result was expedited fees totaling 35% of the material cost, quality shortcuts that led to product damage in transit during humid summer months, and a 3-month delay in their product launch. Build realistic timelines into your project plans—production facilities in southern China alone require 14-18 business days for custom orders plus 3-5 weeks ocean freight to West Coast US ports.
Expert Tips for Maximizing Your Sustainable Packaging Investment
After working with companies ranging from two-person startups to Fortune 500 enterprises, here are the strategies that consistently deliver the best returns on sustainable packaging investments.
Combine Materials Strategically
Don't think in binary terms—either all-plastic or all-paper. The most effective sustainable retail packaging often combines material types optimized for their specific function. Rigid corrugated shells provide structural protection and brand canvas, while flexible recycled polyethylene or compostable PLA liners provide moisture barriers. This hybrid approach often costs 12-18% less than 100% of any single material while achieving equivalent or better performance—the key is matching material properties to functional requirements.
Optimize Sizing Before Changing Materials
Right-sizing your packaging delivers immediate benefits regardless of material choice. I audited a subscription box company that was shipping 8x8x8 boxes containing 5x4x2 products, leaving 78% of the internal volume as void fill. By resizing to properly fitted boxes with interior dimensions of 5.25x4.25x2.25 inches using 32 ECT single-wall corrugated, they reduced material costs by 34%, eliminated foam packing peanuts entirely, and reduced shipping class from Zone 5 to Zone 3 to cut freight costs 22%. Only then did they switch to sustainable materials, compounding their savings.
The look on the owner's face when I showed them they could eliminate 78% of their void fill simply by measuring their actual products instead of guessing... that was deeply satisfying. Yes, I know I'm a nerd. I have accepted this.
Build Supplier Partnerships
Transactional purchasing relationships yield transactional pricing. When you commit to volume over 12-24 month periods with suppliers like the partnership model at Pregis or Automated Packaging Systems, sustainable material suppliers can invest in equipment optimization, reduce their own waste, and pass savings to you. I've seen 15-20% cost reductions from suppliers where clients signed multi-year supply agreements with volume commitments at 25,000+ units annually and prompt payment terms within 10 days net.
Track and Publicize Measurable Outcomes
Document your carbon savings using verified metrics from Scope 3 reporting, waste diversion volumes measured in tons diverted from landfill per quarter, and recycling rate improvements by geographic market. This data serves multiple purposes: it justifies continued investment internally, supports marketing claims with real evidence verified through third-party audits (avoiding FTC Green Guides violations), and builds toward reporting frameworks like CDP or GRI that investors increasingly expect from companies with over $50M annual revenue.
A premium candle brand I work with publishes annual packaging sustainability reports on their website, showing exactly how many pounds of conventional plastic they've replaced with recycled content alternatives—23,400 pounds in fiscal year 2023 alone. Customer response has been overwhelmingly positive, and they've seen a 12% lift in repeat purchase rates since implementing these transparency measures, with highest engagement from customers in Portland, Seattle, and Denver markets.
Your Action Plan: Next Steps to Implement Sustainable Packaging Materials Today
Understanding what is sustainable packaging materials intellectually is the first step—taking action is what creates real change. Your roadmap to get started without getting overwhelmed:
First, schedule a packaging audit. If you have existing supplier relationships, ask them for a lifecycle review of your current materials—most major manufacturers like WestRock and International Paper offer this service at no charge for accounts over $100,000 annually. If not, contact a neutral packaging consultant who can evaluate your portfolio objectively using your specific distribution geography. Budget $1,500-5,000 for a comprehensive audit depending on portfolio complexity (ranging from 15 to 50+ SKUs), and expect 3-4 weeks for delivery of findings with specific supplier recommendations. This investment almost always pays for itself within 90 days through identified optimization opportunities.
Second, evaluate supplier bids systematically using a comparison framework that captures pricing tiers at 5K, 10K, and 25K units, certification documentation, production lead times, and carbon footprint data. Many companies get misled by incomplete proposals that don't disclose hidden costs like tooling setup fees or expedited shipping charges. Having a standardized evaluation framework prevents that kind of surprise.
Third, request samples from three certified suppliers before making any decisions. Follow the testing protocols outlined earlier in this guide, starting with drop testing at the 3-foot height minimum. Verify certifications independently through the issuing organizations' websites—the FSC chain of custody database and BPI certification lookup are publicly accessible. Run your products through actual shipping simulations if possible with partners like I
