The global packaging and converting industry stands on the brink of a major sustainability and efficiency milestone as Archroma Packaging Technologies prepares for the official unveiling of its latest breakthrough: the Cartacol APS75 Ultra. Scheduled to make its premiere appearance at the upcoming LOUPE Americas 2026 event—where the company will be exhibiting at booth #841—this patent-pending technology promises to redefine manufacturing standards for pressure-sensitive adhesives (PSAs). Designed specifically to tackle the longstanding energy bottlenecks associated with water-based adhesive drying, the new formulation enables converters to drastically reduce their carbon footprints and operational expenditures without sacrificing an ounce of high-performance adhesive quality.
For decades, the production of self-adhesive labels has relied on conventional water-based PSA emulsions, which typically operate at a solids content ceiling of roughly 65 to 70 percent. While these traditional formulations have served the market adequately, they carry a hidden, heavy toll on industrial resources. Beyond the 70 percent threshold, standard polymer emulsions naturally experience a sharp surge in viscosity. This thickening effect renders the material exceedingly difficult, if not impossible, to run efficiently across high-speed industrial coating machinery. Consequently, manufacturers have been forced to accept a high volume of water in their adhesive mixtures—water that ultimately serves no structural purpose in the final dried product and must be completely evaporated during the converting process.
Archroma’s new platform shatters this long-standing industry ceiling. By fundamentally reformulating the base polymer architecture to achieve an unprecedented level of solid content while maintaining optimal rheological properties, the company has engineered a solution that remains fully processable at a true industrial scale. This means that coating lines can now apply an adhesive layer containing significantly less moisture from the outset. Because there is substantially less water present in the wet film, the drying stage requires far less thermal energy to achieve complete curing.
The implications of this reduction in water content are profound, particularly for large-scale label and packaging manufacturers. Industrial coating lines are massive engineering marvels, frequently stretching over 100 meters in length and housing multiple energy-intensive drying ovens and units. Operating these extensive thermal zones demands a tremendous amount of electricity or gas. By cutting down the volume of water that needs to be boiled off and evacuated from the web, the Cartacol APS75 Ultra directly slashes electricity consumption, lowers overall processing costs, and shrinks the operational carbon footprint of the converting plant. In an era where brand owners and regulatory bodies are aggressively pushing for measurable supply chain decarbonization, innovations that target direct factory-floor energy use represent the holy grail of sustainable manufacturing.
Importantly, Archroma has engineered this advanced technological leap to target the core of the market rather than just a specialized niche. The Cartacol APS75 Ultra is specifically built for the general permanent paper label segment, a colossal sector that accounts for approximately 90 percent of the total label market. Despite the radical change in its solids composition, the new PSA is meticulously formulated to match or even exceed the rigorous performance standards of standard PSAs currently available on the commercial market. Converters do not have to worry about compromising tack, peel adhesion, shear strength, or convertibility. The transition is designed to be seamless, offering all the environmental and financial benefits of a high-solids system wrapped in the reliable performance of a trusted permanent adhesive.
Dinakar Gnanamgari, vice president of innovation and portfolio expansion at Archroma Packaging Technologies, emphasized the strategic importance of the launch. “With Cartacol APS75 Ultra, our new Ultra High Solids PSA solution, which we’ve created by reformulating our base polymer to achieve high solid content suitable for machine coating, we’re giving converters a way to directly reduce their energy consumption and emissions,” Gnanamgari stated. His remarks underscore Archroma’s broader corporate mission to align chemical manufacturing with the urgent global demand for resource efficiency and circular economy principles.
Although the patent application for the Ultra High Solids PSA technology is still currently pending, the excitement surrounding its impending arrival is palpable across the converting community. LOUPE Americas 2026 will serve as the exclusive global stage where packaging professionals, technical directors, and plant managers can get their first close-up look at the technology. Archroma Packaging Technologies is actively inviting industry partners and prospective converters to visit booth #841 during the event to learn more about the science behind the formulation, discuss trial opportunities, and secure access to sample batches ahead of the official commercial rollout.
As the packaging industry continues to navigate tightening environmental regulations, fluctuating energy prices, and increasing consumer pressure for sustainable goods, innovations like the Cartacol APS75 Ultra illustrate how chemical suppliers can drive meaningful, systemic change. By reimagining the fundamental chemistry of everyday adhesives, Archroma is not only helping converters save on utility bills—it is helping pave the way for a more energy-efficient, environmentally responsible future for global packaging production.
