Exceval is a high-performance, water-soluble polymer developed to meet the growing demand for sustainable, efficient, and environmentally friendly materials across various industries. As a modified polyvinyl alcohol (PVOH), Exceval stands out due to its exceptional film-forming ability, strong adhesion, chemical resistance, and versatility in both industrial and consumer applications. Its advanced formulation provides superior performance compared to conventional PVOH grades, making it a preferred material in packaging, construction, paper treatment, and specialty coatings.
Exceval belongs to a family of modified PVOH resins engineered to achieve enhanced properties such as improved flexibility, better barrier performance, and resistance to moisture. Unlike standard PVOH, which may have limitations when exposed to water or humidity, Exceval grades are designed to retain strength and film integrity even under challenging conditions. This makes the material ideal for industries seeking durability, sustainability, and cost-efficient solutions.
What sets Exceval apart are its highly desirable physical and chemical properties:
Due to its performance and versatility, Exceval is used in a wide range of industries:
One of the most important uses of Exceval is in creating high-barrier films for food packaging. Its excellent grease and oxygen barrier properties extend shelf life, increase food safety, and reduce the need for multilayer plastic structures. Packaging manufacturers rely on Exceval to produce coatings and films that meet regulatory standards while remaining environmentally sustainable.
Exceval is widely used to enhance the quality of paper products. When applied as a coating, it improves surface strength, printability, and resistance to grease or oil. This makes it suitable for food service packaging like cups, wrappers, and take-away containers.
In construction, Exceval is used as a binder in cement, mortar, and tile adhesives. Its water-soluble nature and strong adhesion help improve mechanical strength, flexibility, and cracking resistance in various building applications.
Exceval’s water solubility and film-forming properties make it useful in laundry detergent pods, textile printing, and warp sizing. It enhances fabric strength during the weaving process and dissolves cleanly in water without residue.
The polymer is incorporated into adhesives, particularly where clarity, flexibility, and environmental safety are required. Its superior bonding properties make it ideal for paper lamination and wood adhesives.
As industries shift toward eco-friendly materials, Exceval plays an essential role in promoting sustainable manufacturing. Being water-soluble, biodegradable, and low in VOCs, it supports reduced environmental impact. Companies using Exceval can transition away from solvent-based systems, decrease CO₂ emissions, and comply with strict global environmental regulations.
Conclusion
Exceval is more than just a modified polyvinyl alcohol—it is a high-performance material that aligns with today’s industrial needs for sustainability, durability, and efficiency. Its exceptional barrier properties, strong adhesion, and adaptability make it invaluable in packaging, construction, textiles, and numerous other fields. As global industries continue to innovate, Exceval will remain a key material driving technological advancement and environmentally responsible manufacturing.