Paperboard Explained: What It Is and How to Use It for Packaging

This article explains what paperboard is and how to use it for packaging effectively.

With rising demand for eco-friendly, versatile packaging solutions, paperboard has become a preferred choice for industries from cosmetics to electronics. However, not all paperboard types are the same, and using the wrong one can impact brand presentation and protection.

Last Updated on December 19, 2025, by Gentlever Team

In this guide, you’ll learn about the structure, manufacturing, types, and strategic use of paperboard, along with how Gentlever helps brands make smarter packaging decisions.

What Is Paperboard?

Paperboard, also referred to as boxboard or cartonboard, is a thick, single- or multi-ply paper-based substrate, typically with a weight ranging from 200 to 500gsm. It is manufactured using mechanical, chemical, or recycled pulps, and may be coated or uncoated depending on performance requirements.

Key properties of paperboard include:

• Moderate rigidity to maintain structural shape in folding or rigid formats
• Smooth surface for printing, laminating, and embellishing
• Cutting and creasing compatibility for automated packaging lines
• Variable fiber composition for customized stiffness, whiteness, or environmental performance

Paperboard vs Cardboard: What’s the Difference?

Paperboard and cardboard are often confused in packaging discussions. To clarify: paperboard is a single-ply, printable material ideal for consumer-facing packaging, while cardboard (often corrugated board) is multi-layered and designed for shipping and logistics. Below is a side-by-side comparison to help you quickly identify which is suitable for your product needs:

Feature	Paperboard	Cardboard (Corrugated)
Definition	Single-layer, solid substrate made from wood pulp or recycled fibers	Multi-layer board with fluted inner layer for rigidity
Applications	Excellent for CMYK, foil stamping, embossing, and UV coating	Shipping boxes, e-commerce mailers, transit packaging
Printability & Finishing	Limited; mostly flexo printing, a few decorative options	Recyclable, but may be less suitable for premium display
Sustainability	Folding cartons, rigid box wraps, sleeves, cosmetic, and food packaging	Recyclable; but may be less suitable for premium display

How Paperboard and Cardboard Differ—And Why It Matters

While both materials are used extensively in packaging, understanding their construction and intended use is key:

• Paperboard is a thick, lightweight, and durable material made of compressed paper fibers. Its smooth surface makes it ideal for detailed graphics, branding, and specialty finishes—think cosmetic cartons, cereal boxes, and specialty sleeves. It’s typically chosen for applications where visual appeal and print quality matter most.
• Cardboard, by contrast, refers most often to corrugated board—a stiffer, thicker material constructed from multiple layers: two flat linerboards sandwiching a fluted (wavy) inner board. This layered construction provides superior structural strength, making cardboard the go-to for shipping boxes, storage, and transit packaging where durability and crush resistance are critical. Some types may even include additional materials like plastics for moisture resistance.

Choosing between paperboard and cardboard depends on your product’s weight, shipping needs, and display goals. If you need strong brand visuals and shelf appeal, paperboard is your best bet. For heavier or fragile items that require protection during shipping, cardboard’s robust structure wins out. Always consider factors like product weight, distance traveled, and the level of durability required to ensure your packaging both protects and presents your product effectively.

How Is Paperboard Manufactured?

Understanding how paperboard is made helps you evaluate its quality and environmental impact. Each step in the paperboard manufacturing process affects its strength, printability, and sustainability.

Raw Material Selection

Paperboard starts with a deliberate choice between virgin pulp, recycled fiber, or a blended mix. This step directly defines mechanical integrity and environmental compliance potential.

• Virgin pulp, typically sourced from softwood or hardwood trees, ensures longer, stronger fibers, improving tear resistance and fold durability.
• Recycled pulp, while more sustainable, often produces shorter fibers, affecting stiffness and visual smoothness.
• Many premium boards (like FBB or SBS) balance both performance and eco-credibility.

Pulping Process

The pulping method determines both material whiteness and fiber bonding strength, which affect both aesthetics and performance. Selected wood chips or waste paper are broken down into pulp using chemical or mechanical methods.

• Chemical pulping (e.g., Kraft process) produces purer, stronger fibers, key for packaging requiring high tensile strength and smoothness.
• Mechanical pulping retains more lignin and impurities, which can reduce brightness and make the surface less suitable for high-resolution printing.

Pulp Refining and Mixing

Once pulping is complete, the fibers undergo refining to improve their bonding potential. This process enhances fiber flexibility and increases the surface area, which strengthens inter-fiber adhesion, an essential factor for packaging rigidity.

Simultaneously, fillers like calcium carbonate are added to enhance brightness, and sizing agents improve water resistance for functional packaging.

Sheet Formation

The refined pulp is diluted into a slurry and distributed onto a moving wire mesh to form a continuous wet web. Precision in this stage ensures dimensional stability, caliper uniformity, and optimal surface finish.

Gravity and suction remove excess water as the fiber mat starts forming the multi-layered sheet structure. In coated or multi-ply boards like FBB, each layer may use different pulp grades:

• Top layer: Bleached for print clarity
• Middle layer: Often recycled for bulk and economy
• Bottom layer: May include coatings or barrier treatments

Pressing and Drying

The formed sheet moves through a series of press rolls and heated dryers to remove moisture and compress the fiber structure. Effective pressing increases the paperboard’s density and improves shape retention, which is vital for structural performance in transit and shelf display.

Drying must be precisely controlled: under-drying may leave moisture that leads to warping, while over-drying can make the board brittle.

Coating and Finishing

Coating is key for industries like cosmetics or food, where visual impact or hygiene matters. Depending on the end use, the board is coated with:

• Clay for brightness and printability
• Poly or water-based films for barrier properties
• Custom finishes for tactile experience

Cutting and Reeling

Finally, the paperboard is slit and trimmed into either reels or sheets, depending on the end-use. Reels are favored for automated folding carton machines, while sheets are used for manual or semi-automatic production lines. 

Precision is critical here; any deviation in caliper or cutting tolerance can cause jamming during conversion or misaligned folds.

Major Types of Paperboard for Packaging

Choosing the right paperboard grade is not only about visual appeal; it impacts protection strength, printing results, sustainability ratings, and cost-effectiveness. Below are the most widely used grades in packaging, each with distinct advantages depending on the industry and box structure.

Solid Bleached Sulfate (SBS)

SBS is a premium-grade paperboard made from 100% bleached virgin wood pulp, known for its uniform surface and pure white appearance. It delivers a silky-smooth surface that handles high-resolution printing and sophisticated finishes like foil, UV, and embossing exceptionally well. 

Because of its visual purity and clean structure, SBS is commonly used in luxury folding cartons and rigid box wraps for cosmetics, perfumes, health supplements, and high-end gift packaging.

Advantages:

• Excellent print fidelity and smooth surface for premium branding
• Consistent thickness, color, and rigidity
• FDA-compliant variants available for direct food contact
• Easy to cut, crease, and convert with precision

Limitations:

• Higher cost due to virgin fiber composition
• Less moisture-resistant unless coated
• Lower stiffness-to-weight ratio than multilayer boards

Coated Unbleached Kraft (CUK)

CUK is produced from unbleached Kraft pulp and coated on one side with white clay. It combines a natural brown reverse side with high structural durability, making it ideal for heavy-duty folding cartons, six-pack beverage carriers, and frozen food sleeves. The material maintains strength in humid or refrigerated environments and is widely used where stackability and load-bearing are priorities.

Advantages:

• High tear and compression strength for protective packaging
• Better wet strength performance than bleached boards
• Natural brown interior signals sustainability
• Suitable for refrigerated and moisture-prone supply chains

Limitations:

• Lower print gloss and brightness than SBS
• Limited to one-sided decoration (coated face only)
• Less suitable for ultra-luxury applications

Natural Kraft (SUS) and Unbleached Kraft (CUK): Strengths and Limitations

Both Solid Unbleached Sulfate (SUS) and Coated Unbleached Kraft (CUK) offer distinctive benefits for brands focused on sustainability, practicality, and authentic aesthetics.

Strengths of SUS & CUK:

• Sustainably Sourced & Easily Recyclable
  SUS and CUK are typically produced from unbleached wood pulp and frequently incorporate recycled fiber. This not only minimizes environmental impact but also results in simple recyclability due to the minimal use of dye or coatings.
• Natural Brown Aesthetic
  The signature kraft-brown color telegraphs an eco-friendly message, making these boards a popular pick for organic, artisanal, and natural product lines.
• Structural Durability
  Particularly in the case of CUK, the inherent strength of kraft fibers lends itself to durable packaging—ideal for beverage carriers, frozen foods, and multipacks that need to perform in challenging, humid, or refrigerated supply chains.
• Versatile Coatings
  SUS grades may receive a clay coating for improved printability and some resistance to moisture, while CUK often features a polyethylene (PE) layer, which further boosts tear, water, and grease resistance.
• Food Safety
  Both grades are suitable for direct food contact applications, and their relatively simple fiber composition means fewer additives, which appeals in regulated markets.

Limitations to Consider:

• Restricted Print Quality & Decoration
  Compared to SBS or premium white boards, SUS and CUK have a lower brightness and a muted print surface, limiting vibrant graphics and high-gloss finishes. They are usually only coated on one side, so branding is constrained to the outer face.
• Less Compatible with Specialty Finishes
  The slightly rougher, more fibrous surface is less suited to intricate decorative processes such as embossing, foil stamping, or debossing.
• Aesthetic Trade-offs
  While the organic look is an asset for some segments, it can be a liability for luxury or color-driven packaging where crisp, high-fidelity visuals are non-negotiable.
• Stiffness vs. Premium Boards
  Kraft-based boards, while strong, may not match the stiffness-to-weight ratio of multilayered or fully bleached options in certain applications.

In sum, SUS and CUK shine where strength, sustainability, and a natural appearance are priorities, but they may not fit the bill when top-tier print quality or a luxurious presentation is required.

Folding Box Board (FBB)

FBB features a multi-layer structure: a mechanical pulp core sandwiched between bleached chemical pulp surfaces. This structure offers a good balance between stiffness, weight, and surface quality. FBB is widely used for pharmaceutical cartons, personal care products, dry food packaging, and secondary retail boxes.

Advantages:

• High stiffness at low basis weight saves cost on material and shipping
• Good printing surface for high-volume runs
• Suitable for contact with dry foods and cosmetics
• Recyclable and available in FSC-certified variants

Limitations:

• Lower tear resistance compared to SBS
• Visible fiber pattern may affect the luxury finish clarity
• Sensitive to moisture if not coated

While FBB is recyclable and available in sustainably sourced variants, its environmental profile is nuanced. Since FBB uses virgin fibers, it is generally not as eco-friendly as grades made from recycled paper. That said, many manufacturers are adopting sustainable forest management practices and expanding recycled content options, which helps reduce their overall impact.

Another consideration: FBB’s multi-layered composition, while beneficial for performance, can make recycling a bit more challenging. Although most recycling facilities can process FBB, it may require more energy to break down than simpler paper structures, which can affect its environmental footprint.

Overall, FBB offers an effective balance of performance and printability—just keep in mind the trade-offs in recyclability and environmental impact.

Greyboard

Greyboard is manufactured from 100% recycled fiber and appears in a dull grey or brown tone. It lacks the surface smoothness required for direct printing but is extremely rigid and cost-effective, making it the go-to material for the internal core of rigid boxes, gift box bases, game board structures, and notebook covers.

It is typically wrapped in printed paper or coated sheets to achieve the desired branding appearance.

Advantages:

• Excellent structural rigidity at low cost
• Fully recycled and recyclable, strong environmental positioning
• Ideal for internal structural components of rigid packaging
• Readily available in high caliper options (800–1800gsm)

Limitations:

• Poor surface finish, requires outer wrap for branding
• Not moisture-resistant or food-safe without treatment
• Prone to edge fraying without protective lamination

Natural Kraft

Natural Kraft is made from unbleached pulp and retains its earthy brown color. It projects a strong eco-conscious aesthetic and is commonly used in organic skincare, handmade product boxes, sustainable fashion accessories, and artisanal food packaging. Though it has lower print brightness, it pairs well with minimalist design and natural inks.

Advantages:

• Communicates authenticity and environmental values
• Durable and tear-resistant for lightweight retail boxes
• Compatible with soy and water-based printing
• Good recyclability and biodegradability

Limitations:

• Limited to two-color or low-contrast printing
• Rougher surface affects print clarity for small fonts
• Not ideal for luxury finishes or high-gloss effects

Clay Coated News Backboard (CCNB)

CCNB is made from recycled newspapers and paperboard, coated on the outside with a white clay layer. It is a budget-friendly option suited for inserts, back panels, dry goods cartons, and retail packaging trays. It provides just enough print surface for basic branding, while keeping costs low.

Advantages:

• Lowest material cost among paperboard grades
• Utilizes recycled content, eco-aligned for low-end SKUs
• Acceptable for short-term or disposable packaging
• Easy to cut and fold for standard box shapes

Limitations:

• Low structural integrity, prone to bending under load
• Poor moisture resistance and limited durability
• Surface brightness and smoothness are inferior to SBS or FBB

Recycling Challenges Across Paperboard Grades

While sustainability is a hallmark of paperboard packaging, not all grades recycle equally—and each comes with its own set of complications.

• Clay Coated News Backboard (CCNB): Although CCNB leans into recycled content, its clay-coated exterior isn’t just there for show. That smooth white layer can complicate things at the recycling plant: some facilities struggle to separate clay from the underlying fibers, which can risk contaminating other batches or limit the material’s second life.
• Folding Box Board (FBB): FBB’s multi-layer build, with both mechanical and chemical pulps, creates a sturdy and versatile board—but also adds a recycling wrinkle. Processing FBB can require more energy, and not all facilities are equipped to handle the layered structure, making the process less efficient compared to single-ply or uncoated grades. Though many producers now source pulp from responsibly managed forests, most FBB still relies partly on virgin fibers, keeping it at a disadvantage compared to boards made entirely from recycled material.
• Greyboard: Fully recycled and recyclable in theory, greyboard still needs care at the end-of-life. Any glued-on decorative wraps, specialty lamination, or foil accents can turn an otherwise eco-friendly core into a sorting headache at the recycling facility.

Bottom line: If eco-friendly disposal is a top priority for your brand or your customers, double-check those coatings, adhesives, and fiber sources. The purest grades—natural kraft or uncoated greyboard—have the simplest recycling pathways, while coatings and multi-layer constructions may demand more advanced recycling capabilities.

How to Use Paperboard in Custom Packaging?

Paperboard is not a one-size-fits-all material. Selecting the right grade and structure depends on your product type, target market, and shelf positioning. Below is a strategic breakdown of how to apply paperboard across box formats and branding goals.

Matching Material Type to Product Category

Every product has its packaging sweet spot, a balance between protection, appearance, and material cost. Choosing the wrong paperboard grade leads to overpackaging, poor print results, or wasteful cost. This is why working with a manufacturer like Gentlever ensures technical accuracy.

For example, SBS works best for high-end cosmetics where clean print and soft finishes matter. FBB suits pharmaceutical cartons requiring both stiffness and affordability. Meanwhile, Greyboard is the structural foundation for rigid boxes in luxury electronics and retail sets.

Here’s a simplified match-up based on real-world usage:

Product Type	Recommended Material
Perfume, Skincare	SBS or FBB (with foil lamination)
Vitamins, OTC Drugs	FBB or CUK (lightweight, compliant)
Gourmet Food Boxes	Natural Kraft or CUK (moisture-resistant)
Smartwatch / Rigid Box Set	Greyboard core + SBS wrapped surface
Sustainable Lifestyle Goods	Natural Kraft + soy-based print

Packaging Structures

Paperboard can be engineered into numerous box styles, each optimized for different shelf behaviors and product presentations.

Folding cartons are the most common form, flat-shipped and ideal for automated filling. For premium goods, rigid boxes using greyboard cores and paperboard wrap elevate unboxing experiences. Other options include sleeves, window boxes, pillow boxes, or tuck-end cartons, each requiring specific paperboard thickness and scoring lines.

Consider your structural goal: Is it lightweight stackability? Premium tactile feel? Display protection? Structure must follow function, and that starts with the correct board format.

Finishes and Printing Options

Paperboard offers unmatched finishing versatility, making it a canvas for brand identity.

You can achieve sharp CMYK printing, metallic Pantone accents, and multi-level embossing with the right surface coating. SBS and FBB are ideal for gloss/matte laminations, while Natural Kraft works best with minimalist, eco-toned prints.

For tactile marketing, techniques like soft-touch lamination, spot UV, or textured varnish can transform the box into a brand ambassador. Poor surface choice often leads to dull print, coating cracks, or misaligned embellishments.

Decoding Popular Paperboard Finishes

With your board selected and structure dialed in, it’s time to consider how your finishes can set the tone—sometimes quite literally—for customer perception. Not all finishes are created equal, and each offers unique visual and tactile cues:

• Matte Finish delivers a velvety, non-reflective look—think understated elegance. Ideal for luxury goods, matte minimizes glare and fingerprints while communicating quiet sophistication. This finish is a go-to for upscale cosmetics or gourmet food boxes where subtlety trumps shine.
• Gloss Finish dials up the vibrancy and sheen, offering an unmistakable “new car” sparkle. Glossy coatings bounce light for vivid colors and sharp graphics, making them popular for impulse-driven packaging like retail sleeves or tech accessories.
• Embossed Texture creates depth you can feel, with patterns, text, or logos literally rising above the surface. Embossing (or its opposite, debossing) is favored when you want customers to interact—run a finger over your brand mark, and the experience lingers.
• Foil Stamping adds metallic pops—gold, silver, even holographic—turning a standard box into a showstopper. This light-catching finish is found everywhere from champagne cartons to tech unboxings, where a touch of shine hints at exclusivity.
• Spot UV Coating is all about contrast and dimension. By applying high-gloss varnish only to select design elements—think logo, slogan, or art—against a matte backdrop, you draw the eye and guide the touch.

Choosing the right combination of these effects isn’t just decoration; it’s strategic branding on every surface your customer encounters.

Consider Protective and Sustainable Coatings

For packaging that needs barrier protection or shelf-life enhancement, consider functional coatings.

Aqueous or polymer coatings can resist moisture, grease, and odor, vital for food and personal care items. Better still, new bio-based coatings maintain recyclability and comply with single-use plastic bans in the EU and North America.

For example, Lush is a standout example of a brand adopting water-based coatings on their paperboard packaging. Instead of plastic lamination, they apply compostable barrier layers on folding cartons for soaps and bath products. This shift aligns with their zero-waste philosophy and allows customers to recycle boxes without removing plastic films.

Key Considerations When Sourcing Custom Paperboard Packaging

Choosing the right paperboard is only half the equation; ensuring your packaging performs well in mass production, branding, and logistics requires deeper alignment with suppliers. Below are the four key areas every brand should evaluate when sourcing paperboard-based packaging.

Thickness and GSM Selection Guide

GSM (grams per square meter) directly influences how sturdy, printable, and machine-compatible your packaging is. A mismatch between product weight and paperboard thickness often leads to warping, box collapse, or poor printing results.

Measuring the thickness of the paperboard is done by determining the PT (point) or GSM of the material. Essentially, the higher the GSM or PT unit, the thicker the material and the more weight it can carry. This makes GSM a crucial metric when evaluating packaging performance, especially for products that demand extra durability or need to withstand rough handling during transit.

Use higher GSM for luxury or heavy products, and lower GSM when weight or shipping efficiency is critical. Selecting the right GSM is both an art and a science: lightweight paperboards excel for compact, low-weight items and help reduce shipping costs, while premium chocolates, glass skincare jars, and electronics require elevated GSM and point values to prevent structural failures and maintain a high-end unboxing experience. Always align your paperboard thickness to your product’s protection needs, branding goals, and distribution realities.

Use higher GSM for luxury or heavy products, and lower GSM when weight or shipping efficiency is critical.

The following table provides a baseline for material selection:

Product Category	Recommended GSM
Skincare, Perfume	250–350 gsm SBS/FBB
Chocolate, Dry Food	300–400 gsm CUK/FBB
Supplements, Pharma	270–350 gsm FBB
Electronics, Rigid Sets	1000–1400 gsm Greyboard + 120 gsm wrap

Matching Paperboard Grades to Application

Selecting the right GSM is only half the battle—the grade of paperboard matters just as much for durability, print quality, and sustainability.

• Solid Bleached Sulfate (SBS): Renowned for its pure white appearance and premium print surface, SBS is the gold standard for luxury and cosmetics packaging. It supports sophisticated finishes like embossing, hot foil, or spot UV, but is less eco-friendly due to bleaching and relies on virgin fibers. SBS is best for products where pristine visuals and tactile effects matter, but should be avoided for heavy-duty or moisture-prone items.
• Folding Box Board (FBB): FBB combines mechanical and chemical pulps for a stiffer, more resilient structure—great for pharmaceuticals, supplements, and food cartons. Its smooth surface is ideal for vibrant offset printing. While FBB offers a good balance of strength and printability, it may have a higher cost and, unless specified otherwise, often uses virgin fibers. Increasingly, manufacturers are offering FBB with recycled content or from sustainably managed forests.
• Coated Unbleached Kraft (CUK) / Natural Kraft (SUS): These grades bring a natural, earthy aesthetic, with high tear resistance and improved moisture barrier properties. They’re the go-to for dry foods, chocolates, and brands prioritizing an eco-conscious image. CUK typically features a smooth, clay-coated exterior for clearer graphics, while Natural Kraft delivers a rustic, uncoated feel. Both are strong, recyclable, and favored for food-safe applications, though not as suitable for metallic finishes or luxury embellishments.
• Clay Coated News Backboard (CCNB): Made from recycled newsprint and secondary fibers, CCNB is the budget-friendly choice for lightweight, non-food items or products where cost trumps performance. While eco-friendly, CCNB has lower tensile strength and is less water-resistant. The clay coating gives a printable surface, but the board may warp under heavier loads or when exposed to moisture, so it’s best for items like cereal boxes or detergent sleeves.

Quick Tip: For food or pharma, always check if the board is certified for direct contact and meets your region’s recycling requirements. Some coatings—especially on recycled boards—can impact recyclability depending on local facilities.

By aligning GSM, board type, and coating, you ensure your packaging doesn’t just look great, but also survives the rigors of production, shipping, and shelf life.

Print & Color Reproduction Accuracy

Color consistency is critical for brand integrity, especially across seasonal collections or retail displays. Unfortunately, different paperboard types absorb and reflect ink differently.

For example, SBS delivers the best Pantone match, while Natural Kraft adds a yellow/brown undertone, reducing color vibrancy. Coated surfaces typically allow sharper CMYK registration, while uncoated ones mute darker shades.

Work with suppliers that offer color-managed proofing systems (GMG/Fiery) and are familiar with ink behavior across SBS, FBB, and Kraft. At Gentlever, we provide pre-production physical proofs with matched Pantone references for full accuracy.

MOQ

Paperboard packaging often involves tooling, die-cutting, and material waste optimization, so most manufacturers set MOQs to maintain efficiency.

For fully customized folding cartons or rigid boxes, MOQ typically starts at:

• 1000 pcs for folding boxes (offset printed, glued)
• 500 pcs for rigid boxes (manual wrapped, greyboard core)
• 3000 pcs for premium finishes (foil, spot UV, embossing)

This flexibility enables small brands to test new designs without overspending, while still meeting retail compliance.

Gentlever offers flexible MOQ structures, especially for small businesses or seasonal orders. We also provide short-run sampling with offset printing simulation for pilot launches.

Lead Time

Time-to-market can make or break a product campaign. While many buyers plan packaging too late, a realistic lead time protects against last-minute costs or missed shelf deadlines.

Typical timelines:

• Sampling: 7–10 working days (includes design engineering, mockup, material testing)
• Mass Production: 15–25 working days after proof approval
• Shipping:
  • Air Freight: 5–8 days
  • Sea Freight: 20–35 days (port to port)

Plan for 25–40 days from project start to warehouse delivery, especially for large runs with custom tooling or rigid structures.

Advance forecasting allows clients to minimize delays and reduce airfreight dependency—especially for high-volume seasonal packaging campaigns.

Why Choose Gentlever to Customize Your Paperboard Packaging?

At Gentlever, we don’t just manufacture packaging; we engineer reliable, brand-aligned solutions tailored to your product, market, and sustainability goals.

With over a decade of experience in customizing packaging, we understand what matters most: material precision, structure performance, print accuracy, and delivery reliability. Our packaging is fully customized, from folding cartons to rigid boxes, and is built to elevate your brand across channels.

We offer a full range of FSC-certified paperboard, eco coatings, and low-MOQ options. Whether you’re launching a product or scaling up globally, our team provides design support, rapid prototyping, and export-ready logistics to ensure your packaging is always retail-ready.

Looking for a packaging partner who combines technical expertise with responsive service? Let’s build it together.

Conclusion

Paperboard offers a smart balance of strength, printability, and sustainability, making it an ideal material for custom packaging across industries. From understanding its types to choosing the right structure and finish, making informed decisions ensures your packaging performs both functionally and visually.

If you’re looking for expert support in customizing paperboard packaging that aligns with your brand and market goals, Gentlever is ready to help, professionally, efficiently, and sustainably.

Let’s create paperboard packaging that works as hard as your product. Contact Gentlever today to discuss your project, request samples, or receive a custom quotation.