Ceramic Inks Market Size & Share 2026-2035

Ceramic Inks Market Size

The global ceramic inks market is valued at USD 2.2 billion in 2025 and is projected to reach USD 2.4 billion in 2026, advancing to USD 3,852.49 million by 2035 at a CAGR of 5.5% over the 2026–2035 forecast period.

Ceramic inks are inorganic-pigment formulations engineered to fuse with ceramic and glass substrates during firing, providing color permanence and resistance to heat, chemicals, and weathering. Their commercial role increasingly extends beyond decoration: functional formulations support opacity, adhesion, anti-slip effects, automotive-glass shading, and other performance requirements that conventional organic coatings cannot consistently meet under kiln or tempering conditions ^{[1]Zschimmer & Schwarz Ceramco, Digital inks ceramic production: What do we need to know?, zschimmer-schwarz-ceramco.it}.

Digital inkjet decoration has altered the market's demand profile. Xaar estimates that digital processes decorate about 75% of ceramic tiles globally, replacing screen-dependent workflows with on-demand design changes, smaller production runs, and complex natural-material effects ^{[2]Xaar, A Guide to Ceramic Tile Digital Decoration 2023, xaar.com}. This transition has shifted value toward tightly controlled pigment dispersions that can pass through printhead nozzles without destabilizing jetting behavior. The addressable market is therefore shaped not only by tile output, but also by the pace at which producers replace analog equipment and specify higher-value digital, functional, and lower-emission inks.

Ceramic tile production remains the principal volume base. Global production declined from about 15,937 million square meters in 2023 to 14,950 million square meters in 2024, reflecting China's real-estate correction and weaker output in several North African markets. Asia nevertheless accounted for 72.8% of global tile output. China produced 5.9 billion square meters in 2024, but installed capacity of 12.2 billion square meters indicates substantial overcapacity, limiting near-term growth in domestic ink consumption. India offers a different demand condition: its 2.4 billion square meters of tile production and projected output expansion through 2028 support incremental ink demand, especially where new lines adopt digital decoration from the outset.

Glass and tableware broaden the market beyond construction-led tile cycles. Architectural glass printing enables durable decorative facades, interior partitions, and anti-slip surfaces, while automotive glass depends on ceramic enamels for black peripheral bands, UV protection of bonding agents, and shading gradients. Tableware suppliers must also meet migration limits for lead and cadmium in ceramic articles intended for food contact, making regulatory-compliant pigment and frit selection a product-development requirement rather than a marketing distinction.

Raw-material exposure remains central to formulation economics. Ceramic ink producers depend on frits, metal-oxide pigments, zirconium compounds, and carrier systems, while cobalt and praseodymium have been identified as high-risk materials for the ceramic industry. A 2025 life-cycle assessment of blue ceramic pigments also found that lower-cobalt hybrid alternatives can reduce environmental burdens, although qualification and color-matching requirements can extend the commercialization cycle.

At the same time, water-based conversion is becoming a competitive filter. Regulations, tile-producer decarbonization programs, and the need to reduce solvent-related emissions are moving formulation development toward aqueous systems. Suppliers that can preserve color strength, jetting stability, and firing performance while lowering organic solvent content are positioned to capture both regulatory-driven replacement demand and premium functional applications. Cost pressure from cobalt, zircon, and specialized frit inputs will reinforce this advantage because reformulation capability and qualified supply chains are difficult for smaller competitors to replicate.

Asia Pacific is the largest regional market, valued at USD 1,040.87 million in 2025, reflecting its concentration of tile manufacturing capacity. Digital technology represents USD 1,231.73 million in 2025 and is projected to reach USD 3,061.20 million by 2035, while the analog segment declines as screen-printing assets are retired. Water-based inks are projected to increase from USD 1,076.92 million in 2025 to USD 2,558.59 million in 2035, making formulation transition as consequential as technology transition. Building & Construction accounts for USD 1,566.38 million in 2025, anchoring the market in tile and architectural-glass applications.

Key Drivers

Rising demand for digitally printed ceramic surfaces

Digital decoration has changed ceramic ink consumption from a largely standardized screen-printing input into a formulation-intensive process. Digital systems eliminate physical screens and shorten design changeovers, allowing tile manufacturers to serve smaller, more varied product batches without carrying the setup burden of analog production. The commercial advantage is especially relevant for stone-, wood-, concrete-, and marble-effect surfaces, where image complexity and registration precision raise the value of digital printing.

The ink requirement is technically demanding. Inkjet formulations need controlled pigment size, viscosity, surface tension, and dispersion stability to maintain reliable drop formation and prevent printhead blockage. The transition has therefore increased the importance of formulation specialists that can tailor inks to individual machine architectures. Competition in the open-ink market reduced the extent to which proprietary hardware could constrain ink procurement, accelerating the conversion of tile lines in major production centers ^{[3]FESPA, Inkjet displaces screen for ceramic tiles 2017, fespa.com}.

Digital adoption also creates new substrate opportunities. Architectural glass printers use ceramic inks that fuse during tempering, enabling durable decorative and functional glass applications. Dip-Tech's portfolio illustrates the integration of printer hardware, ceramic inks, and image-processing systems for architectural and automotive glass, where fired adhesion and optical performance are critical. As these applications expand, suppliers gain exposure to a broader range of demand than construction tiles alone.

Increasing construction activities boosting tile consumption

Ceramic ink demand follows decorated tile and glass output, making construction activity a foundational demand driver. The 2024 decline in global tile production demonstrated the sector's exposure to property-market cycles, particularly in China. Yet the medium-term outlook is more geographically diverse: MECS/Acimac projects global tile consumption to rise from 15.6 billion square meters in 2023 to about 17.7 billion square meters by 2028, supported by growth in South Asia, Southeast Asia, Latin America, and African markets.

India is particularly important because production expansion and digital conversion are occurring together. Its tile industry is expected to add substantial output through 2028, creating demand not only for more ink volume but also for recurring supplies of digital-compatible color, glaze, and effect inks. Vietnam's 2024 output increase likewise reflects a shift of production capacity toward regional and export markets, widening the supplier base for ceramic ink producers.

Mature regions contribute through renovation and specialized construction. European tile consumption increased to 839 million square meters in 2024, and the region is expected to benefit from renovation activity and building-efficiency investment. In the Middle East, hospitality, retail, and high-specification residential projects create demand for large-format, digitally decorated tiles and architectural glass, where design complexity supports higher ink intensity per square meter.

Growing focus on customized aesthetic design solutions

Customization raises ceramic ink demand independently of construction volume. High-definition images of natural materials require more sophisticated color management, multiple ink channels, and tightly calibrated deposition than simple repeated patterns. Large-format slabs further favor digital systems because maintaining registration across wide surfaces is operationally difficult with conventional screens.

Premium hospitality, retail, and residential projects increasingly specify project-specific surfaces rather than generic catalog designs. Digital production enables manufacturers to accommodate these requirements without committing to long screen runs or large inventories of finished tiles. The result is a product mix shift toward specialty color sets, textured effects, metallic finishes, and other formulations that increase the technical value captured by ink suppliers.

The same economics support personalized tableware and decorative ceramics. Sicer's Custom SCD2000 range is designed to extend color gamut in difficult spectral areas, including red, orange, yellow, and green, addressing a practical limitation of conventional inorganic ceramic pigment sets ^{[4]Sicer S.p.A., Digital ceramic inks: Custom SCD2000 range, sicerceramicsurfaces.com}. Such products demonstrate that customization is not solely a visual trend; it requires formulation advances that can reproduce demanding shades after firing.

Key Restraints

High raw material costs affecting production stability

Ceramic ink manufacturing relies on inputs whose availability and pricing can change faster than downstream supply contracts. Cobalt-containing pigments, zirconium silicate, specialty frit constituents, and dispersion additives are essential to specific color and performance properties. Research on critical raw materials in the ceramic industry identifies cobalt and praseodymium as extreme-risk materials, with zirconium, antimony, lithium, and barium also presenting elevated supply concerns.

The commercial consequence is more acute for suppliers that lack purchasing scale, inventory buffers, or alternative qualified pigment systems. A change in cobalt or zircon availability cannot always be passed immediately to tile producers because a substitute formulation requires color validation, firing trials, and printhead qualification. The 2025 assessment of cobalt-based blue pigments highlights the opportunity to reduce cobalt intensity through hybrid systems, but equivalent hue and durability do not remove the time required for customer approval.

Frit inputs add another layer of exposure. Frit chemistry determines how pigments fuse to the substrate during firing, so changes in boron-, bismuth-, or barium-based components can affect both cost and technical performance. This creates a working-capital constraint during periods of volatility: suppliers must either hold higher inventories, qualify alternatives, or accept margin pressure while maintaining continuity of supply.

Environmental concerns related to chemical ink compositions

Solvent-based ceramic inks have historically supported stable pigment dispersion and compatibility with established printhead platforms. Their environmental drawback is the organic carrier system, which is consumed during firing and can contribute to VOC emissions and odor at decoration facilities. Chemical restrictions under REACH and food-contact migration requirements for ceramic articles add further pressure to replace legacy materials, particularly in tableware and packaging-related applications.

Water-based alternatives are commercially viable but technically demanding. Aqueous ceramic inks must maintain inorganic pigment stability while meeting strict jetting requirements, making particle control, pH, surface chemistry, and dispersant selection central to formulation performance. Research on aqueous yellow ceramic ink systems demonstrates that the transition depends on polymer and dispersion engineering rather than simply exchanging one carrier for another.

Tile producers are now moving the technology into operating production environments. Iris Ceramica Group deployed two water-based ink and structuring-material lines in 2025, covering slabs across several thicknesses and requiring production adaptation to preserve output quality. The EU-supported ECO-INK project similarly demonstrated water-based porcelain-tile ink that eliminates organic solvents while maintaining print quality. These developments reduce the technical uncertainty around water-based systems, but they also raise the cost of remaining dependent on solvent-based portfolios.

The strategic effect is likely to be most visible in digital inks. Water-based inks need to meet printhead-specific performance criteria while also delivering fired color, opacity, and surface properties. Suppliers that have already invested in these systems can offer tile producers a route to lower solvent exposure without forcing a compromise in output quality. By contrast, smaller formulators face the simultaneous burden of raw-material risk, R&D investment, and customer qualification, which may accelerate market consolidation.

Ceramic Inks Market Segment Analysis

By Product: Functional and Decorative

Functional ceramic inks account for USD 1,185.98 million in 2025, compared with USD 1,051.71 million for decorative inks. By 2035, functional inks are projected to reach USD 2,041.82 million, while decorative inks are projected to reach USD 1,810.67 million. The close relationship between the categories reflects the fact that a decorated ceramic surface often needs both visual and performance layers.

Functional products command importance where surface performance is critical. Digital glazes, structured-effect inks, anti-slip systems, automotive glass enamels, and conductive formulations must satisfy durability, bonding, or safety specifications beyond visual appearance. Automotive glass, for example, uses fired black ceramic enamels to protect polyurethane adhesive systems from UV exposure and to create durable peripheral masking ^{[5]Vibrantz Technologies, Automotive Glass Enamels product technical data sheet 2023, vibrantz.com}. These applications support higher technical requirements and can provide more resilient demand than standard decorative color channels.

Decorative inks remain essential to tile, tableware, and glass design. Their value is increasingly linked to color gamut, photorealistic rendering, and compatibility with large-format digital production. Decorative innovation is therefore not displaced by functional growth; instead, suppliers that combine decorative range with functional layers can capture a larger share of value per decorated surface.

By Formulation: Solvent-based, Water-based, and Oil-based

Water-based formulations are valued at USD 1,076.92 million in 2025 and are projected to reach USD 2,558.59 million by 2035. Their expansion reflects the combined effect of VOC-related pressure, producer decarbonization targets, and improving aqueous-printing performance. Esmalglass-Itaca's DigitalGlass platform is designed to eliminate organic solvents from digital glaze application, while the company describes significant reductions in water use and emissions relative to solvent-based alternatives ^{[6]Esmalglass-Itaca, DigitalGlass and water-based digital glazes press release Cersaie 2024, aseanceramics.com}. Zschimmer & Schwarz also supplies AQUACOLOR water-based inks for applications spanning tiles, tableware, and heavy clay ceramics.

Solvent-based inks represent USD 863.43 million in 2025 and are projected to reach USD 914.73 million by 2035. Their persistence reflects established firing behavior and compatibility with existing printhead configurations, but their projected growth is limited as customers seek lower-emission alternatives. Suppliers must therefore manage solvent-based ranges as installed-base products while funding the migration of customers toward more sustainable systems.

Oil-based formulations are projected to rise from USD 297.34 million in 2025 to USD 379.17 million by 2035. They remain relevant where equipment compatibility and firing resistance favor non-aqueous carriers. Kao Chimigraf's Chimijet Ker range uses inorganic pigments in distilled oil esters and is specified for ceramic printing systems operating at firing temperatures up to 1,200 degrees Celsius.

By Technology: Digital and Analog

Digital technology is valued at USD 1,231.73 million in 2025 and is projected to reach USD 3,061.20 million by 2035. Analog technology declines from USD 1,005.96 million to USD 791.29 million over the same period. This divergence reflects the continuing replacement of screen-printing, rotary, and other analog decoration systems with digital systems that reduce setup time, improve design flexibility, and support shorter production runs.

Analog printing retains selected roles where heavy ink laydown, thick structural effects, or certain industrial applications remain difficult to replicate with standard inkjet systems. However, equipment innovation is narrowing that gap. Xaar's high-viscosity and high-laydown technologies, developed alongside aqueous ceramic ink initiatives with Esmalglass-Itaca, are intended to enable more demanding digital effects in a single-pass workflow. The implication is that analog demand will increasingly be confined to applications where digital equipment cannot yet meet deposit-weight or process requirements.

By Substrate: Ceramic Tiles, Glass, Tableware, and Others

Ceramic tiles represent USD 1,499.25 million in 2025 and are projected to reach USD 2,581.19 million by 2035. Tile production provides the largest installed base for digital color, glaze, and effect inks, and demand remains strongly linked to South and Southeast Asian capacity additions. The tile segment also benefits from premiumization, as large-format and natural-effect products require more complex decoration than standard patterns.

Glass accounts for USD 358.03 million in 2025 and is projected to reach USD 616.38 million by 2035. Demand comes from architectural, automotive, appliance, and specialty-glass applications. Tecglass's Vitro Jet F Type single-pass system is designed for industrial glass decoration, illustrating the need for synchronized ink, hardware, and process control in high-throughput glass applications.

Tableware is projected to rise from USD 246.15 million in 2025 to USD 424.43 million by 2035. Its market opportunity is constrained by food-contact compliance, but that constraint supports specialized product development. Zschimmer & Schwarz's ceramic ink portfolio includes applications for tableware and food-contact products, where fired-surface compliance is integral to product qualification. The Others category, projected to increase from USD 134.26 million to USD 230.49 million, includes heavy-clay ceramics, bricks, sanitaryware, and technical products that can adopt digital decoration as equipment and ink capabilities develop.

By End Use: Building & Construction, Automotive, Food & Beverage Containers, and Others

Building & Construction is valued at USD 1,566.38 million in 2025 and is projected to reach USD 2,696.74 million by 2035. Tiles, facades, interior partitions, and architectural glass make this the market's largest end-use segment. Emerging markets depend more heavily on new construction and production capacity, while mature economies rely more on renovation, retrofit, and premium surface replacement.

Automotive demand rises from USD 223.77 million in 2025 to USD 385.23 million by 2035. The segment is predominantly functional, centered on fired glass enamels that provide optical density, acid resistance, UV protection, and durable adhesion. Vibrantz's SpectrumNoir portfolio is positioned for automotive, marine, and aerospace glass applications where those performance properties are required.

Food & Beverage Containers increase from USD 246.15 million in 2025 to USD 424.43 million by 2035. The segment includes decorated bottles, jars, drinking glass, and related packaging applications. Marabu's Ultra Glass LEDGF series is formulated without BPA and BPS for direct printing on glass, illustrating the wider move toward lower-risk decorating systems for packaging applications. The Others category, valued at USD 201.39 million in 2025, includes consumer goods packaging, pottery, promotional products, and electronic-component uses.

Functional inks provide the higher-specification extension of that corridor. Automotive glass, anti-slip architectural surfaces, digital glazes, and technical ceramic applications require properties that cannot be addressed by decorative color alone. Suppliers able to combine firing stability, color control, food-contact compliance, and printhead compatibility can participate across both decorative and performance-led applications. Analog and conventional solvent-based products will remain relevant in selected installed-base uses, but their strategic role is increasingly defensive rather than expansionary.

Ceramic Inks Market Regional Analysis

North America

North America is valued at USD 296.07 million in 2025 and is projected to reach USD 539.35 million by 2035, at a CAGR of ~6.05%. The U.S. represents USD 240.70 million of the 2025 regional market and is projected to reach USD 438.49 million by 2035. Growth is supported by digital retrofit opportunities among tile and glass processors, renovation-led tile consumption, and demand for functional automotive-glass enamels.

The U.S. market is less dependent on domestic tile production than major Asian or European manufacturing centers, increasing the importance of remodeling, imported tile consumption, and value-added glass processing. Automotive glass supplies a technically demanding demand pool because black enamel bands and shading systems must meet adhesion, optical-density, and durability specifications. Canada supports regional demand through construction materials consumption and glass-processing activity.

Europe

Europe is valued at USD 555.29 million in 2025 and is projected to reach USD 932.30 million by 2035, at a CAGR of ~5.19%. The region combines a mature tile market with a concentrated supplier base in Spain and Italy. Castellon and Sassuolo remain strategically important because they bring tile producers, machinery providers, pigment specialists, and ink formulators into close technical proximity.

European growth is less about greenfield tile volume than about formulation upgrades, premium surfaces, and regulatory compliance. Tile consumption stabilized in 2024, while forecast growth through 2028 is supported by renovation and construction-efficiency investment. REACH-related chemical restrictions and food-contact rules also make Europe a leading market for lead-free, lower-emission, and carefully qualified ink systems.

Germany contributes demand through construction, glass processing, and automotive manufacturing. Spain and Italy retain influence because their tile clusters remain centers of digital decoration innovation and export-oriented premium production. France, the UK, and the rest of Europe provide downstream demand from renovation, architectural glass, and consumer surface applications.

Asia Pacific

Asia Pacific is the largest regional market, valued at USD 1,040.87 million in 2025 and projected to reach USD 1,729.77 million by 2035, at a CAGR of ~5.08%. China remains the region's largest individual tile-production base, although its 2024 output of 5.9 billion square meters and installed capacity of 12.2 billion square meters reveal the scale of overcapacity facing the domestic industry. This constrains volume-led ink growth, even as premium, digitally printed tiles can sustain demand for higher-value formulations.

India presents a more favorable combination of production growth and technology conversion. The country produced 2.4 billion square meters of tiles in 2024, and its industry is expected to add more than 800 million square meters of output through 2028. The Morbi cluster remains important because its large producer base creates recurring demand for digital inks, printhead support, and formulation services. India Brand Equity Foundation expects India's share of global ceramic production to increase from about 15.4% to 18.3% by 2028 ^{[7]India Brand Equity Foundation, Tiles of Transformation: Exploring India's Ceramic Tile Industry, ibef.org}.

Vietnam's tile output rose 27% to 504 million square meters in 2024, reflecting capacity expansion for regional and export markets. Japan and South Korea address smaller but technically demanding niches in specialty glass, electronics-related ceramics, and premium tableware. Australia is primarily a consumption market for imported decorated tiles rather than a major domestic manufacturing base.

Latin America

Latin America is valued at USD 205.52 million in 2025 and is projected to reach USD 377.54 million by 2035, at a CAGR of ~6.14%. Brazil is the region's principal market, producing 825 million square meters of tiles in 2024, with domestic sales increasing 4.8%. Its scale makes it an important destination for digital conversion, local technical support, and cost-competitive ink supply.

Regional growth is supported by infrastructure investment, housing demand, and rising tile consumption. South American tile consumption is projected to expand at about 4.8% annually through 2028. Brazil's manufacturing base gives the market a dual advantage: growth in construction demand is accompanied by investment in domestic tile-decoration capacity. Mexico and Argentina provide additional demand through construction and ceramics manufacturing, though currency and investment conditions can affect purchasing cycles.

Middle East & Africa

Middle East & Africa is valued at USD 139.94 million in 2025 and is projected to reach USD 273.53 million by 2035, at a CAGR of ~6.79%, the fastest among the assessed regions. Saudi Arabia and the UAE support demand through hospitality, retail, infrastructure, and premium residential projects that use large-format decorated tiles and architectural glass. These applications favor suppliers able to provide high-definition visual effects and reliable project-level technical service.

African markets offer a different opportunity: production capacity and tile consumption are developing from a lower base, leaving room for direct adoption of digital rather than analog decoration. MECS/Acimac identifies strong medium-term growth prospects in several African and adjacent emerging markets, where new tile capacity can generate demand for inks, equipment, and local service support. South Africa remains the region's most established market for ceramic and glass decoration, while the broader region requires suppliers to balance growth potential against distribution and qualification challenges.

Europe and North America rely more heavily on formulation value than on tile-volume growth. Regulation, renovation, automotive glass, specialty surfaces, and water-based conversion support demand for differentiated inks with higher performance requirements. Suppliers therefore face a strategic choice: high-growth emerging markets require localized execution and scalable service, while mature markets require regulatory depth, specialized formulation capability, and rapid qualification of lower-emission systems. The strongest competitors will not necessarily use the same commercial model in both environments.

Ceramic Inks Market Share & Competitive Landscape

The ceramic inks market is moderately consolidated. The top five participants - Vibrantz Technologies, Torrecid Group, Gruppo Colorobbia, Esmalglass-Itaca Grupo, and Fritta S.L. - collectively account for approximately 46.3% of market revenue in 2025, while Vibrantz Technologies accounts for approximately 10.1%, based on proprietary market estimates. Competition is defined by printhead qualification, pigment and frit know-how, formulation durability, regulatory compliance, and technical proximity to tile and glass producers.

Vibrantz Technologies supplies digital ceramic inks, functional glass coatings, automotive glass enamels, and performance pigments. In April 2024, the company sold its Onda, Spain, manufacturing operations to Xphere Global Specialities while retaining digital ink lines and transferring their production to Almazora, Spain ^{[8]Vibrantz Technologies, Vibrantz sells Onda Spain manufacturing operations to Xphere Global Specialities April 18 2024, vibrantz.com}. Its SpectrumNoir portfolio addresses automotive, marine, and aerospace glass applications that require optical density, UV resistance, and acid resistance.

Torrecid Group participates across ceramic materials, pigments, inks, glazes, and decorative solutions. Its position is supported by longstanding relationships with tile manufacturers and its presence in major ceramic production regions.

Gruppo Colorobbia supplies raw materials, glazes, inks, and digital solutions for traditional and digital ceramic manufacturing. Its proximity to the Italian ceramic cluster supports its role in premium tile and color-management applications.

Esmalglass-Itaca Grupo supplies ceramic glazes, inks, and colors through the Esmalglass-Itaca and Fritta brands. Its DigitalGlass water-based glaze system and broader aqueous formulation work place the group at the center of the transition away from solvent-intensive decoration processes.

Fritta S.L. complements the group's portfolio with color and special-effect inks, including matte, luster, relief, and metallic-effect products for digital tile decoration ^{[9]Fritta S.L., Inks product range, fritta.com}.

Sun Chemical Corporation participates in glass and ceramic decoration through its SunVetro product family. The company's glass-decoration offering includes systems intended for hollow and flat-glass applications, including products aligned with food-packaging requirements.

Zschimmer & Schwarz supplies TRUCOLOR solvent-based and AQUACOLOR water-based ceramic inks through its Ceramco business. Its portfolio serves tiles, tableware, and heavy-clay ceramics, while its inkjet products address both conventional and aqueous decoration requirements.

Sicer S.p.A. focuses on digital ceramic inks for tile decoration. Its Custom SCD2000 range is intended to improve color-gamut performance for demanding decorative applications.

Kao Chimigraf develops digital inks for ceramic and industrial applications. Its oil-based Chimijet Ker range serves tile producers requiring non-aqueous formulations compatible with established printhead platforms.

Tecglass specializes in digital printing systems and ceramic inks for glass decoration. Its Vitro Jet systems serve architectural, automotive, appliance, and industrial-glass applications, where process throughput and fired-surface durability are central requirements.

Dip-Tech Digital provides integrated digital ceramic glass-printing solutions that combine printer hardware, inks, image processing, and technical support for architectural and automotive glass.

Marabu GmbH supplies screen, pad, and digital inks for glass and ceramic decoration. Its Ultra Glass LEDGF product range addresses direct printing on glass and is formulated without BPA and BPS.

FENZI SpA provides glass-specialty materials and is the parent company of Tecglass. Its glass-chemistry expertise and international reach support Tecglass's digital printing operations across architectural and industrial-glass applications.

Recent Industry Developments

Vibrantz divested its Onda manufacturing operations in April 2024. The transaction transferred the Onda, Spain, facility to Xphere Global Specialities while Vibrantz retained its digital ink lines and consolidated their production at Almazora.

Eurocer expanded its Italian ceramic footprint in October 2024. Eurocer Global Investments acquired the assets and ceramic business of Vibrantz Italia through its Italian subsidiary, adding pigment-production capability to its European operations.

Iris Ceramica Group deployed water-based ink production lines in September 2025. The company introduced water-based inks and structuring materials on two production lines serving Ariostea, Fiandre, FMG, and Sapienstone slabs, demonstrating commercial implementation in premium architectural-surface production.

Xaar and Esmalglass-Itaca advanced aqueous printhead-ink development during 2024-2025. Their work combines high-solids, large-particle aqueous inks with Xaar's Aquinox platform to pursue digital relief, metallic, luster, and other high-laydown effects previously associated with analog or hybrid workflows.

A 2025 peer-reviewed study evaluated lower-impact cobalt pigment alternatives. The RSC Green Chemistry analysis identified hybrid pigment options, including Co0.05Zn1.95SiO4, that can provide blue hues comparable to cobalt aluminate with lower environmental burdens.

Vibrantz expanded its Krahn Chemie distribution relationship in June 2025. The arrangement extended coverage of the company's pigment portfolio across Germany and Benelux, supporting European distribution of inorganic and specialty pigments relevant to ceramic and glass applications.