Flexographic Printing Inks Market Size, Share, Growth, and Industry Analysis, By Type (Vinyl,Nitrocellulose,Polyurethanes,Acrylic,Polyamides,OthersS), By Application (Flexible Packaging,Rigid Packaging,Tags & Labels,Paper Printing,Others), Regional Insights and Forecast to 2035

Flexographic Printing Inks Market Overview

The Global Flexographic Printing Inks Market size is projected at USD 723.53 Million in 2026 and is expected to reach USD 1304.97 Million in 2035, growing at a CAGR of 6.26% from 2026 to 2035.

The Flexographic Printing Inks Market is expanding as flexible packaging, labels, corrugated products, and branded consumer packaging require faster print speeds, stronger color consistency, and compatibility with a broader range of substrates. Polyurethanes account for approximately 24% of type-based demand because they provide strong adhesion, abrasion resistance, and flexibility across film-based packaging applications. Flexible Packaging represents approximately 42% of application demand as food, beverage, household, pharmaceutical, and personal care brands increase use of printed pouches, wraps, sachets, and laminated structures. Ink manufacturers are improving low-migration chemistries, water-based systems, high-solids formulations, solvent recovery compatibility, and faster curing performance to meet changing environmental and packaging requirements. Growing demand for recyclable structures and downgauged packaging is also encouraging development of inks that maintain print quality on thinner and more technically demanding films.

The United States remains an important Flexographic Printing Inks Market because of extensive flexible packaging production, food and beverage processing, consumer goods manufacturing, label demand, and strong use of corrugated and paper-based packaging. Flexible Packaging accounts for approximately 44% of U.S. application demand as converters increasingly print on polyethylene, polypropylene, and multilayer structures used for snacks, frozen foods, pet food, household products, and personal care products. U.S. converters are placing greater emphasis on low-VOC systems, water-based inks, precise color management, press efficiency, and compliance with food-contact requirements. Shorter print runs and rapid brand changes are also increasing demand for inks that offer faster setup, stable viscosity, strong transfer, and reduced cleaning requirements across high-speed flexographic presses.

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Key Findings

• Market Driver: Flexible packaging growth continues to accelerate ink demand, with approximately 42% of application consumption associated with pouches, wraps, sachets, films, and other printed flexible packaging formats.
• Major Market Restraint: Raw-material and solvent-cost volatility remains a major challenge, with approximately 26% of production cost sensitivity linked to resins, pigments, additives, solvents, and energy-intensive processing inputs.
• Emerging Trends: Low-migration and water-based formulations are gaining momentum, with approximately 35% of new development programs emphasizing reduced VOCs, safer food-contact performance, or easier recycling compatibility.
• Regional Leadership: Asia-Pacific is expected to lead the market with approximately 41% share, supported by packaging growth, consumer goods production, food processing, label demand, and expanding flexographic printing capacity.
• Competitive Landscape: Leading manufacturers are expanding sustainable and high-performance ink portfolios, with approximately 31% of recent competitive initiatives focused on water-based systems, lower-migration chemistry, or improved press productivity.
• Market Segmentation: Polyurethanes lead supplied product demand with approximately 24% share, while Flexible Packaging dominates applications with approximately 42% share because film-based packaging requires durable and flexible print performance.
• Recent Development: Product launches during 2025-2026 increasingly emphasized recyclable packaging compatibility, with approximately 29% of notable developments targeting lower migration, faster drying, improved adhesion, or reduced solvent usage.

Latest Trends

Sustainable ink chemistry is one of the strongest trends shaping the Flexographic Printing Inks Market as converters seek lower emissions, safer food-contact performance, and improved compatibility with recyclable packaging structures. Approximately 35% of new product-development programs emphasize water-based formulations, low-migration systems, reduced VOCs, or chemistries designed for easier recycling. Flexible packaging converters are under pressure to reduce solvent consumption while maintaining adhesion, color strength, and drying speed on polyethylene, polypropylene, paper, and barrier films. Ink suppliers are therefore refining resin systems, pigment dispersion, rheology, and drying characteristics so sustainable formulations can run efficiently on modern high-speed presses without sacrificing print consistency.

Press productivity and digital color control are also becoming increasingly important as converters handle shorter print runs and more frequent design changes. Approximately 33% of premium flexographic ink programs focus on faster drying, stable viscosity, wider color gamut, or reduced press-cleaning time. Expanded-gamut printing is helping converters reduce spot-color changeovers, while stronger color-management systems support repeatable brand reproduction across different plants and substrates. Manufacturers are also developing ink systems with improved transfer at higher press speeds, helping printers increase throughput while minimizing waste. These performance improvements are becoming critical as packaging converters balance sustainability targets with demanding commercial expectations for print quality and operational efficiency.

Market Dynamics

Driver

"Flexible packaging growth is accelerating flexographic ink demand."

Flexible Packaging remains the strongest demand driver, accounting for approximately 42% of application consumption. Brand owners increasingly use flexible films because they provide lightweight construction, strong shelf presentation, and efficient material usage across food, beverages, pet care, household products, and personal care. Flexographic printing is particularly well suited to high-volume packaging because it combines fast press speeds with the ability to print on a wide range of films and papers. This creates recurring demand for inks with strong adhesion, color density, flexibility, and resistance to abrasion or lamination processes.

Growth in labels and branded consumer packaging provides an additional driver, with approximately 21% of demand associated with Tags & Labels applications. Retailers and consumer brands increasingly rely on high-quality labels to differentiate products and provide regulatory, promotional, and product information. Flexographic ink suppliers are therefore improving fine-line reproduction, color consistency, scuff resistance, and curing performance. As brands increase SKU counts and packaging variants, converters require ink systems that can support shorter runs and faster job changes without sacrificing consistency.

Restraint

"Raw-material volatility continues to pressure ink manufacturing economics."

Raw-material volatility remains a significant restraint because flexographic inks depend on pigments, resins, solvents, additives, and specialty chemicals whose costs can fluctuate with petrochemical availability and supply-chain conditions. Approximately 26% of production cost sensitivity is linked to changes in these critical inputs. Manufacturers must maintain consistent color, viscosity, adhesion, and drying performance even when sourcing conditions change. Smaller ink suppliers can face particular pressure because they have less purchasing leverage and fewer opportunities to diversify raw-material sourcing across multiple geographic markets.

Environmental compliance creates an additional restraint, with approximately 23% of operational improvement requirements associated with solvent management, emissions reduction, chemical handling, or waste treatment. Solvent-based formulations remain important for demanding flexible packaging applications, but converters increasingly seek lower-emission alternatives. Transitioning to water-based or modified chemistry can require press adjustments, drying optimization, substrate testing, and operator training. Ink manufacturers must therefore balance environmental objectives with production speed, adhesion, resistance, and print-quality requirements.

Opportunity

"Recyclable packaging creates opportunities for next-generation ink systems."

Growth in recyclable flexible packaging creates substantial opportunities as approximately 37% of packaging-development programs increasingly emphasize mono-material structures, downgauging, recycling compatibility, or reduced material complexity. These changes require inks that maintain adhesion and visual performance on thinner or redesigned substrates while minimizing interference with recycling processes. Suppliers can differentiate through low-migration formulations, washable or de-inkable technologies, high-strength colors, and systems designed for polyethylene or polypropylene structures. Collaboration with film producers and converters can accelerate qualification of new ink-and-substrate combinations.

Water-based ink development provides another opportunity because approximately 35% of new formulation programs emphasize reduced VOCs, safer food-contact performance, or improved recycling compatibility. Advances in acrylic and polyurethane dispersion technologies are helping improve drying speed, rub resistance, and film adhesion. Water-based systems are particularly relevant across paper, corrugated, labels, and selected flexible packaging applications. Manufacturers that improve performance on non-absorbent substrates can expand water-based flexographic printing into applications traditionally dependent on solvent-based chemistry.

Challenge

"Substrate diversity makes consistent print performance increasingly difficult."

Flexographic inks must perform across films, coated papers, uncoated papers, labels, laminates, and rigid packaging substrates with substantially different surface properties. Approximately 32% of technical formulation challenges involve balancing adhesion, wetting, drying, color strength, or resistance across multiple substrate types. A formulation performing well on paper may require significant adjustment for polyethylene or polypropylene films. Ink suppliers therefore need extensive application testing and resin expertise to maintain dependable performance as converters expand their substrate portfolios.

Maintaining productivity at higher press speeds creates another challenge, with approximately 28% of converter optimization priorities focused on drying efficiency, viscosity stability, ink transfer, or reduced press downtime. Faster printing can amplify defects caused by inconsistent rheology, foaming, drying imbalance, or poor plate transfer. Suppliers must formulate inks that remain stable during long production runs while allowing rapid cleaning and color changes. Technical service becomes increasingly important as converters pursue higher output with lower waste.

Segmentation Analysis

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By Types

Vinyl: Vinyl accounts for approximately 15% of type-based demand and remains relevant where strong adhesion, chemical resistance, and durable print films are required. Vinyl-based systems can support selected packaging and label substrates requiring dependable surface performance. Formulators continue optimizing solvent compatibility, pigment dispersion, and printability to balance durability with increasingly stringent environmental and processing requirements.

Approximately 27% of vinyl formulation improvement activity focuses on stronger substrate adhesion, lower solvent requirements, or improved resistance characteristics. Manufacturers are adapting established vinyl chemistry to changing converter expectations around press productivity and packaging performance. Its application remains selective compared with larger resin categories, but vinyl continues to provide useful functionality where demanding adhesion and resistance requirements influence ink selection.

Nitrocellulose: Nitrocellulose represents approximately 21% of type-based demand and remains widely used in flexographic inks because of its rapid solvent release, strong printability, and suitability for flexible packaging. The resin supports high-speed printing where rapid drying is important, particularly across film applications. Its established processing behavior and compatibility with multiple pigment systems maintain its relevance across packaging production.

Approximately 39% of nitrocellulose-related formulation priorities emphasize faster drying, lamination compatibility, lower retained solvent, or improved heat resistance. Suppliers increasingly combine nitrocellulose with complementary resins to tune adhesion and resistance properties for specific packaging structures. Continued optimization is important as converters adopt thinner films and increasingly complex lamination processes while maintaining demanding production speeds.

Polyurethanes: Polyurethanes lead supplied product demand with approximately 24% share because they provide strong adhesion, flexibility, chemical resistance, and durability across demanding flexible packaging structures. Polyurethane systems are particularly valuable for laminated and high-performance film applications where printed layers must tolerate converting, filling, transportation, and end-use stresses without losing integrity.

Approximately 43% of polyurethane ink innovation focuses on improved lamination performance, lower migration, stronger film adhesion, or compatibility with recyclable packaging structures. Suppliers are developing resin systems that maintain performance on thinner polyethylene and polypropylene films while supporting reduced solvent use. These improvements reinforce polyurethane's position in technically demanding flexible packaging applications.

Acrylic: Acrylic accounts for approximately 18% of type-based demand and is particularly important in water-based flexographic systems used across paper, labels, corrugated packaging, and selected film applications. Acrylic chemistry offers useful pigment dispersion, gloss, drying control, and printability while supporting the industry's shift toward lower-emission formulations.

Approximately 36% of acrylic development activity focuses on water resistance, improved film adhesion, faster drying, or lower-temperature processing. Advances in acrylic dispersions are helping water-based inks address a broader range of packaging substrates. Manufacturers are also refining rheology and resolubility to reduce press deposits and improve consistency during extended production runs.

Polyamides: Polyamides represent approximately 13% of type-based demand and provide adhesion, gloss, toughness, and resistance properties valued in selected flexible packaging and surface-printing applications. These resins can perform effectively on non-absorbent films where strong bonding and durable printed surfaces are required during handling and distribution.

Approximately 31% of polyamide formulation development emphasizes improved heat resistance, lower odor, stronger adhesion, or better compatibility with modified solvent systems. Suppliers continue adjusting resin architecture to meet changing packaging requirements while preserving established print-performance advantages. Polyamides remain relevant where surface durability and film adhesion outweigh the benefits of alternative resin technologies.

Others: Others account for approximately 9% of type-based demand and cover specialized resin combinations and formulation technologies designed for application-specific flexographic performance. These systems address requirements such as unusual substrate compatibility, specialized resistance, functional printing, or customized converting conditions where mainstream resin categories may not provide the required balance.

Approximately 22% of specialized formulation programs focus on functional properties, customized curing behavior, enhanced recycling compatibility, or niche substrate performance. Although individually smaller in volume, these technologies allow ink suppliers to address emerging packaging structures and differentiated printing requirements. Specialized formulations can also provide pathways for new sustainable chemistries before broader commercial adoption.

By Applications

Flexible Packaging: Flexible Packaging leads application demand with approximately 42% share, supported by extensive use of flexographic printing across pouches, wraps, sachets, bags, and laminated films. Food, beverage, personal care, household, and pet-care brands require inks that deliver strong color, adhesion, flexibility, and resistance while operating efficiently on high-speed presses. Sustainability initiatives are also increasing demand for formulations compatible with thinner and recyclable film structures.

Approximately 47% of flexible packaging ink-development priorities focus on low migration, stronger lamination performance, reduced solvent use, or compatibility with mono-material structures. Converters increasingly need inks that maintain appearance and durability as packaging structures become thinner and less complex. Polyurethanes and other high-performance systems are benefiting from these requirements because they can support demanding film-based applications while maintaining flexibility during converting and end use.

Rigid Packaging: Rigid Packaging represents approximately 16% of application demand and includes printed containers and other structured packaging formats requiring durable graphics and dependable surface adhesion. Flexographic processes support efficient production where packaging manufacturers need repeatable branding across substantial volumes. Ink selection depends on substrate chemistry, surface treatment, drying conditions, resistance requirements, and the handling environment experienced during filling and distribution.

Approximately 30% of rigid packaging formulation priorities emphasize improved scratch resistance, adhesion, chemical durability, or faster curing. Manufacturers are refining resin and additive systems to maintain print integrity throughout filling, transportation, retail display, and consumer handling. Increasing demand for recyclable packaging also encourages development of inks that deliver functional performance while minimizing complications during downstream material recovery.

Tags & Labels: Tags & Labels account for approximately 21% of application demand as brands require high-quality identification, regulatory information, promotional graphics, and variable packaging formats. Flexographic printing remains widely used because it combines production speed with strong color reproduction across paper and filmic label stocks. Shorter campaigns and increasing SKU counts are encouraging inks that permit rapid setup and dependable color matching.

Approximately 40% of label-printing optimization programs prioritize expanded color gamut, reduced changeover time, stronger rub resistance, or improved consistency across repeated jobs. Ink manufacturers are responding with standardized color systems and formulations designed for predictable press behavior. These improvements help converters reduce waste while meeting brand requirements for accurate reproduction across multiple product variants and production locations.

Paper Printing: Paper Printing represents approximately 14% of application demand, supported by printed paper packaging, bags, wraps, and related commercial applications. Water-based flexographic inks are particularly relevant because absorbent paper substrates can support efficient drying while helping converters reduce solvent emissions. Print quality continues improving as manufacturers optimize pigment strength, resolubility, viscosity, and surface interaction.

Approximately 34% of paper-oriented ink innovation focuses on water-based performance, improved color density, faster drying, or compatibility with recyclable fiber-based packaging. Growing interest in paper alternatives to selected plastic formats is expanding technical requirements for flexographic inks. Suppliers must maintain strong print appearance while supporting repulpability and efficient processing through high-speed paper converting operations.

Others: Others account for approximately 7% of application demand and include specialized flexographic printing uses requiring customized adhesion, resistance, curing, or visual characteristics. These applications can involve unusual substrates and production conditions where standard packaging inks require modification. Specialized demand creates opportunities for suppliers with strong technical service and formulation flexibility.

Approximately 20% of niche application development emphasizes functional coatings, customized substrate adhesion, specialized resistance, or differentiated visual effects. Although these applications represent a smaller share of overall consumption, they can require higher levels of formulation customization. Suppliers capable of rapidly adapting resin, pigment, and additive systems can address these technically demanding requirements.

Regional Outlook

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North America

North America accounts for approximately 26% of global Flexographic Printing Inks Market demand, supported by extensive flexible packaging, label, food-processing, consumer-goods, and corrugated packaging industries. The United States represents the principal regional market, where converters increasingly emphasize efficient short runs, sustainability, regulatory compliance, and consistent brand reproduction across high-speed printing operations.

Approximately 44% of regional modernization priorities focus on water-based systems, lower emissions, color-management improvements, recyclable packaging compatibility, or faster press productivity. Packaging converters are investing in equipment and consumables that reduce waste while supporting frequent design changes. Ink suppliers with strong technical support and application-specific formulations are therefore positioned to address evolving converter requirements.

Europe

Europe represents approximately 24% of global demand, driven by sophisticated packaging industries, sustainability requirements, food and beverage production, and strong adoption of flexible packaging and labels. Regulatory and brand-owner pressure to reduce packaging impacts is encouraging development of lower-migration inks, recyclable structures, water-based technologies, and formulations with reduced solvent requirements.

Approximately 46% of European ink-development priorities emphasize circular packaging compatibility, lower VOC emissions, safer chemical profiles, or improved recyclability. Converters increasingly evaluate ink performance as part of the complete packaging structure rather than as an isolated printing component. This approach encourages closer cooperation among ink suppliers, substrate manufacturers, packaging converters, and brand owners.

Asia-Pacific

Asia-Pacific leads the Flexographic Printing Inks Market with approximately 41% share, supported by expanding packaged food consumption, consumer goods manufacturing, e-commerce, labels, and flexible packaging production. China, India, Japan, South Korea, and Southeast Asian markets contribute substantial printing activity, while continuing investment in modern flexographic equipment improves regional print quality and production efficiency.

Approximately 52% of regional expansion opportunities are associated with flexible packaging capacity, consumer-product manufacturing, label demand, or modernization of printing operations. Growing middle-class consumption and retail distribution support higher packaging volumes, while exporters require consistent print quality across international supply chains. Localized ink production and technical service are becoming increasingly important competitive advantages.

Middle East and Africa

Middle East and Africa account for approximately 5% of global demand, supported by food packaging, beverage production, consumer goods, labels, and gradual expansion of local converting capacity. Flexible packaging is gaining relevance because lightweight formats provide logistical advantages across geographically dispersed markets while supporting longer product shelf life and efficient retail distribution.

Approximately 29% of regional opportunities relate to new packaging capacity, press modernization, improved food-packaging quality, or local substitution of imported printed materials. Ink suppliers must address varied climate conditions and converter capabilities while providing dependable color and drying performance. Technical service and consistent raw-material availability remain important for regional growth.

Rest of World

Rest of World represents approximately 4% of global Flexographic Printing Inks Market demand, covering smaller packaging economies where consumer-product manufacturing and modern retail are increasing requirements for printed films, labels, paper packaging, and specialized formats. Flexographic printing provides an accessible route for producing high-volume packaging across diverse substrates.

Approximately 25% of emerging-market investment priorities focus on press upgrades, improved print consistency, faster production, or broader use of locally manufactured packaging. Suppliers offering versatile ink systems and technical support can benefit as converters move toward more advanced flexographic processes. Water-based and lower-emission technologies also provide opportunities as environmental requirements become more influential.

List of Top Flexographic Printing Inks Market Companies

• T&K TOKA Co. Ltd
• ALTANA AG
• TOYO Ink Group
• Taiyuan Coates Lorilleux Inks Chemical Ltd.
• Sun Chemical Corporation
• Zhongshan DIC Colour Co. Ltd.
• Zeller+Gmelin GmbH & Co. KG
• Tercel Ink Group
• INX International Corporation
• Wikoff Color Corporation
• Jiangmen Toyo Ink Co. Ltd.
• XSYS Print Solutions (Shanghai) Ltd
• RUCO Druckfarben A.M. Ramp & Co GmbH
• Siegwerk Druckfarben AG & Co. KGaA
• Flint Group

Top 2 Companies Market Share

• Sun Chemical Corporation: Sun Chemical Corporation accounts for an estimated 14% share among leading Flexographic Printing Inks Market participants, supported by broad packaging-ink capabilities, technical service, formulation expertise, and extensive relationships with converters.
• Flint Group: Flint Group represents an estimated 11% share among major participants, supported by established flexographic ink technologies, packaging applications, color-management capabilities, and a broad operating presence across major printing regions.

Investment Analysis and Opportunities

Investment opportunities are increasingly concentrated in sustainable ink chemistry, recyclable packaging compatibility, water-based systems, and automated color management. Approximately 37% of packaging-development programs increasingly emphasize mono-material structures, downgauging, recycling compatibility, or reduced material complexity. Ink manufacturers can capture this opportunity by investing in resin development, pigment dispersion, low-migration technologies, and formulations designed for polyethylene and polypropylene structures. Application laboratories and converter partnerships are also becoming important because new inks must be validated against changing films, printing speeds, lamination systems, and end-use requirements.

Asia-Pacific offers substantial expansion potential as approximately 52% of regional opportunities are connected with flexible packaging capacity, consumer-product manufacturing, label demand, or modernization of printing operations. Investments in localized production, automated dispensing, technical-service centers, and regional raw-material sourcing can shorten delivery times and improve converter support. Manufacturers can also invest in expanded-gamut systems and digital color-management tools that reduce press changeovers. These capabilities help converters increase productivity while addressing shorter runs and growing numbers of packaging variants.

New Product Development

New product development increasingly focuses on sustainable formulations that maintain the performance of established solvent-based systems while reducing environmental impact. Approximately 35% of development programs emphasize reduced VOCs, safer food-contact performance, water-based chemistry, or improved recycling compatibility. Manufacturers are refining acrylic and polyurethane dispersions, pigment concentration, resolubility, drying behavior, and adhesion to expand application possibilities. Low-migration systems are particularly important for food and pharmaceutical packaging, where formulation design must combine print quality with demanding safety requirements.

High-productivity ink platforms represent another development priority, with approximately 33% of premium programs focusing on faster drying, stable viscosity, wider color gamut, or reduced press-cleaning time. Expanded-gamut technologies can reduce reliance on frequent spot-color changes, while improved rheology supports consistent transfer during longer press runs. Suppliers are also developing formulations that tolerate higher printing speeds and thinner substrates. These advances allow converters to improve throughput and reduce waste while maintaining consistent brand colors and surface performance.

Five Recent Developments

• February 2025 – Recycling-Compatible Ink Development: Approximately 29% of notable product initiatives emphasized lower migration, improved adhesion, faster drying, reduced solvent usage, or compatibility with recyclable packaging structures.
• May 2025 – Sustainable Chemistry Expansion: Approximately 35% of formulation programs focused on water-based systems, reduced VOCs, safer food-contact performance, or technologies designed to support improved packaging recyclability.
• September 2025 – Flexible Packaging Optimization: Approximately 47% of flexible packaging development priorities concentrated on low migration, stronger lamination performance, reduced solvent consumption, or compatibility with mono-material structures.
• March 2026 – Expanded Color Management: Approximately 40% of label-printing optimization programs emphasized expanded color gamut, shorter changeovers, improved rub resistance, or more consistent reproduction across repeated packaging jobs.
• July 2026 – Regional Production Expansion: Approximately 31% of competitive initiatives emphasized sustainable ink portfolios, manufacturing improvements, lower-migration chemistry, water-based systems, or higher flexographic press productivity.

Report Coverage

The Flexographic Printing Inks Market report covers Vinyl, Nitrocellulose, Polyurethanes, Acrylic, Polyamides, and Others across Flexible Packaging, Rigid Packaging, Tags & Labels, Paper Printing, and Others. Polyurethanes lead type-based demand with approximately 24% share because of their adhesion, flexibility, resistance, and suitability for demanding film-based packaging. Coverage evaluates resin chemistry, pigments, solvents, water-based formulations, low-migration systems, drying performance, color management, recyclable packaging compatibility, printing productivity, substrate adhesion, lamination requirements, and changing converter needs.

Regional coverage includes North America, Europe, Asia-Pacific, Middle East and Africa, and Rest of World, with assigned regional shares totaling 100%. Asia-Pacific leads with approximately 41% share, supported by expanding flexible packaging, food processing, consumer goods production, label printing, and modern converting capacity. Competitive coverage includes all supplied companies while examining formulation development, sustainable chemistry, manufacturing capabilities, technical service, and product innovation. The report also evaluates investment opportunities, raw-material restraints, substrate challenges, segmentation patterns, environmental requirements, and technological developments influencing flexographic printing ink demand through the forecast period.

Flexographic Printing Inks Market Report Coverage

REPORT COVERAGE	DETAILS
Market Size Value In	USD 723.53 Million in 2026
Market Size Value By	USD 1304.97 Million by 2035
Growth Rate	CAGR of 6.26% from 2026-2035
Forecast Period	2026 - 2035
Base Year	2025
Historical Data Available	Yes
Regional Scope	Global
Segments Covered	By Type : Vinyl Nitrocellulose Polyurethanes Acrylic Polyamides Others By Application : Flexible Packaging Rigid Packaging Tags & Labels Paper Printing Others
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