Description
Anti-Skinning Agents Market size is expected to grow at a CAGR of 5.8% during the forecast period 2022 to 2028. The global market provides a detailed overview and that can be segmented by type, by application, and by End-user. By type, the Anti-Skinning Agents market growth has been segmented into Phenols, Oximes, and Others. The Oximes segment is likely to be the largest and fastest-growing segment in terms of type. The growing use of methyl ethyl ketoxime (MEKO) skinning agent in alkyd-based paints utilized for printing industrial wood, inks, pigment dispersions, and industrial end-uses to avoid skinning factor are powering the development of global anti-skinning agents market share. Moreover, phenols and oximes are famous as oxygen scavengers and mainly help in dropping oxidation rates. Henceforth, they are the main constituent of many anti-skinning agents. MEKO is the most extensively used anti-skinning agent and is supplemented in very small amounts to the paint. Retention assistances avoid applied paint films from quick dry. Additionally, solvents utilized as anti-skinning agents melt the constituents which form skin. Based on Application, the Anti-Skinning Agents market is segmented into Sprayed, Incorporation, Solvent Borne, and Water Borne. Among these, the Sprayed segment is expected to have a significantly growing market during the forecast period 2022-2028. Based on the End user, the Anti-Skinning Agents market is segmented into Decorative, General Industrial, Industrial Woods, Printing Inks, Pigment Dispersions, and Others. The Printing Inks segment is expected to have a significant share in 2021. The rise of this segment is mainly because of their high affinity towards pigments & resin systems and fast dryness. Paints are the most widespread application for anti-skinning agents. This is because paints protect a varied range of surfaces, including plastic, metal, and other materials.
Key Development:
In May 2021, Gujarat State Fertilizers & Chemicals Limited expanded its installed capacity of MTPA of MEK Oxime to 4000