Product Elements

High performance infrared reflective (IRR) pigment dispersions engineered to reduce heat absorption, improve material longevity and contribute to energy efficient coating solutions. This technology is designed for a wide range of architectural, industrial, building, infrastructure and specialty applications.

Introducing Hydro Quick 80°C Coatings – First-to-market innovation with outstanding performance

This waterborne coating system cures at just 80°C, delivering energy savings of 50% or more. Designed for pneumatic, electrostatic, and bell applications, it is a versatile solution for decorative finishes on perfume bottles, tableware, beverage containers, glasses and home décor products—all with brilliant adhesion.

• First to market: Proven performance and reliability
• Energy efficient: Huge ongoing savings through reduced energy consumption and smaller footprint
• Compact & convenient: Available in a high-concentrate version for easy storage and quick mixing
• Cost-effective & sustainable: Savings due to less energy use, as well as reductions in VOC and CO2 emissions
• Easy integration: Seamlessly add to existing lines
• Durable: Dishwasher resistant—certified to DIN EN 12875-1/-2, 500 cycles (tableware standard)

We provide comprehensive training and startup support, ensuring smooth implementation and long-term success.

We offer versatile frit products for tile and ceramic applications, ranging from wall, floor and roof tiles to dinnerware and sanitaryware. Backed by decades of ceramic science expertise, our tile frits are engineered for high performance and help optimize production efficiency.

To create PVC foams, blowing agents are used to form gas-filled cells within the material, reducing weight and adding insulation properties. Vibrantz developed plasticized-based dispersions of Solvay’s new Alve-One® eco-friendly chemical foaming agent. These dispersions optimize the blowing agent’s use in PVC foam manufacturing, ensuring efficient distribution and enhancing the final product’s quality.