ADHESIVES & SEALANTS
Zinc oxide is widely used in adhesives and sealants as a functional additive, influencing curing behaviour, chemical stability and long-term performance. Zinc oxide for adhesives and sealants supports controlled curing reactions, improved adhesion and enhanced durability in industrial and construction applications. Its controlled reactivity and optimized particle characteristics ensure stable formulation behaviour, reliable interaction with polymer systems and consistent performance in demanding environments. Zinc oxide adhesives and sealants benefit from improved curing control, formulation stability and long-term mechanical performance.
Key Requirements
Controlled Reactivity
Zinc oxide must provide predictable chemical behaviour in adhesive and sealant formulations, supporting controlled curing reactions and consistent product performance.
Compatibility with Polymer Systems
Zinc oxide for adhesives must be compatible with common polymer systems such as polyurethanes, silicones and modified polymers, ensuring stable formulations.
Stable Particle Characteristics
Uniform particle size distribution supports stable dispersion and reliable interaction with polymer matrices, contributing to consistent curing and adhesion performance.
Chemical Stability
Zinc oxide must remain chemically stable within reactive adhesive and sealant systems to ensure predictable curing behaviour and long-term durability.
Typical Properties
Zinc oxide for adhesives and sealants is characterized by controlled particle size distribution and stable chemical composition. It supports controlled curing behaviour, stable dispersion and improved durability in adhesive and sealant formulations across industrial and construction applications.
- Regulatory Sensitivity
- Non-regulated
