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How to Manage Tariffs in Pharmaceutical Packaging
For pharmaceutical companies, sourcing packaging has become more complex in recent years. Tariffs on imported materials and printed components are creating pricing pressure, disrupting long-term contracts, and forcing many buyers to rethink where and how they source their packaging.
Whether you rely on overseas suppliers or work with a domestic partner who sources internationally, tariffs can affect the cost and availability of critical packaging components like folding cartons, blister packs, inserts, and corrugated shippers.
Here’s how to understand the impact—and what you can do to stay ahead.
Know What’s Being Taxed
Not all pharmaceutical packaging is affected by tariffs in the same way. Many of the items commonly used in pharma packaging fall under categories that have been hit with tariffs in recent U.S.–China trade actions.
These may include:
- Printed folding cartons and inserts
- Blister pack materials (including PVC and foil)
- Corrugated shipper boxes
- Labels and leaflets
- Some specialty coatings and substrates
Tariff rates can vary, depending on the material, country of origin, and current trade policy. What seems like a small increase per unit can lead to massive cost increases at scale.
Review Your Supplier’s Origin and Production Model
Even if your supplier is based in the U.S., they may still source raw materials, substrates, or finished packaging components from tariff-impacted countries.
It’s important to ask:
- Where is each component of my packaging produced?
- Does the supplier import printed materials or raw board?
- Are any secondary processes (like lamination or foil stamping) outsourced overseas?
Understanding your true supply chain origin helps you identify where the tariff risks are—so you can plan ahead.
Reevaluate Total Cost of Ownership
Increased tariffs often eliminate the price advantage that used to come with overseas packaging. When you factor in:
- Tariffs
- Rising freight costs
- Port delays and longer lead times
- Quality control or communication issues
You may find that domestic packaging suppliers are now more competitive on both cost and reliability.
Talk to Your Packaging Supplier About Domestic Alternatives
If you’re concerned about exposure to tariffs, a proactive supplier should be able to:
- Offer U.S.-made or NAFTA-friendly alternatives
- Suggest design or material changes to reduce cost impact
- Help consolidate SKUs or adjust specs to simplify sourcing
- Provide packaging that meets FDA labeling and compliance requirements domestically
Shifting to U.S.-based production doesn’t always mean higher cost—it often brings improved supply chain visibility, faster lead times, and fewer surprises.
Factor Tariffs Into Long-Term Strategy
If you’re renegotiating contracts, launching new SKUs, or scaling production, factor tariff risk into your 12–24 month outlook. Ask your supplier:
- Can they lock in pricing or hold stock domestically?
- Do they have backup sourcing options if trade rules change again?
- Are they monitoring tariff changes and proactively communicating impacts?
Being reactive to tariffs leads to missed margins and production delays. Building flexibility into your packaging strategy now can protect your product pipeline later.
Final Thoughts
Tariffs are no longer a temporary nuisance—they’re a permanent part of global sourcing. For pharmaceutical brands, that means understanding where your packaging is coming from, how trade policy affects it, and what options exist to reduce risk and cost.
Looking for help minimizing tariff exposure on your pharmaceutical packaging?
We can walk you through domestic solutions, supply chain planning, and structural design adjustments to keep your product protected and your packaging program compliant.
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Board caliper—the thickness of paperboard—directly influences carton strength, folding behavior, print quality, and cost. Selecting the right caliper is a balancing act between performance requirements and budget. This guide explains how caliper affects carton engineering and when it makes sense to go thicker—or thinner. Defining Board Caliper Board caliper is measured in thousandths of an inch (points) or millimeters. Common folding carton calipers range from 0.012″–0.024″ (12–24 pt). Thicker boards offer greater rigidity and stacking strength, while thinner boards reduce weight and material cost. Structural Performance Compression Strength: Higher caliper increases edge crush resistance and stacking load capacity. Panel Rigidity: Reduces bowing and warping, important for large-panel cartons. Impact Resistance: Added thickness absorbs more shock during handling. Trade-Off: Excess caliper can over-spec the package, adding unnecessary cost and complicating folding on small-radius scores. Folding and Creasing Caliper affects how the board behaves at fold lines: Tighter Radii: Thicker boards need deeper scores to avoid spring-back. Score Cracking Risk: Increases with caliper if scoring isn’t adjusted for bead/channel ratio. Grain Direction Sensitivity: More critical in thicker boards—incorrect grain can cause severe cracking. Print Quality and Surface Smoothness Ink Holdout: Heavier calipers often provide better ink laydown, but fiber quality matters more than thickness alone. Show-Through Prevention: Thicker boards reduce show-through from dark products or graphics on the reverse side. Cost Implications Material Cost: Increases proportionally with caliper. Shipping Weight: Higher caliper increases per-unit mass, affecting freight cost. Storage Volume: Larger stacks and more pallet space required. Optimization Tip: Use the thinnest caliper that meets performance requirements—extra thickness adds cost with no functional benefit. Application Examples High-Strength Needs: 20–24 pt CUK for beverage carriers or frozen food requiring moisture resistance and stacking strength. Premium Branding: 18–20 pt SBS for cosmetics or electronics, balancing rigidity with a smooth print surface. Cost-Driven Retail: 14–16 pt recycled FBB for dry food or lightweight multipacks. Testing Before Scaling Prototyping: Test multiple calipers for rigidity, folding performance, and visual appeal. Distribution Simulation: Run compression, vibration, and humidity testing to confirm performance. Machine Compatibility: Thicker boards may require slower speeds or equipment adjustments. References Soroka, W. (2014). Fundamentals of packaging technology (5th ed.). Institute of Packaging Professionals. ISBN: 978-1-930268-37-2 Twede, D., & Goddard, R. (2021). Cartons, crates and corrugated board: Handbook of paper and wood packaging technology (2nd ed.). DEStech Publications. ISBN: 978-1-60595-120-5 (714)300-0650 request@brownpackaging.com Most Recent Posts: Categories: Corrugated Ecommerce ESD Design Display Flexible Packaging Foam Folding Carton Packaging Plastic Packaging Pouch Printing Protection Retail Rigid Box Thermoform Sustainability Subscribe To Our Newsletter By submitting your information, you agree to our terms and conditions and privacy policy. Custom Folding Cartons Facebook Twitter LinkedIn Pinterest Relevant Posts

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