In the world of advanced materials, composite materials are celebrated for their exceptional strength-to-weight ratio, corrosion resistance, and versatility. However, one of their most persistent challenges is degradation due to ultraviolet (UV) radiation. Read More

In the world of polymer engineering and plastic product manufacturing, the durability and longevity of materials depend heavily on their ability to resist degradation caused by sunlight. Read More

When discussing the long-term performance and stability of materials exposed to sunlight, one term consistently surfaces in scientific, industrial, and manufacturing circles: high absorption efficiency ultraviolet absorber. Read More

In modern polymer engineering and advanced material sciences, the role of ultraviolet (UV) protection has become increasingly critical. Read More

Polyurethane soles excel in comfort and flexibility but face hydrolysis issues. Adding high molecular polycarbodiimide ensures superior, long-lasting protection against moisture, preserving strength, flexibility, and appearance—essential for durable, high-performance footwear across challenging environments. Read More

Polyester-based hot-cast polyurethanes offer toughness and abrasion resistance but are prone to hydrolysis. Low viscosity anti-hydrolysis agents protect ester bonds, ensuring long-lasting strength, flexibility, and durability in humid environments, making them essential for demanding industrial applications. Read More

In today's high-tech world, the demand for durable and long-lasting materials is more critical than ever. Read More

This article explains how anti-hydrolysis additives protect polymers used in the chemical industry from moisture-induced degradation, preserving mechanical strength and extending service life. These additives ensure reliable performance in pipes, tanks, seals, coatings, and films under harsh industrial conditions. Read More