• Products
  • Services
  • About us
  • Blog

Ceramic surfactants

Surfactant additives designed to modify phase interaction, improve stability and optimize surface behavior in ceramic systems.

Modification of interfaces and surface behavior

Surfactants for ceramic formulations

Surfactants are surface-active compounds that act at the interface between solid-liquid or liquid-air phases, allowing modification of surface tension, improvement of compatibility and stabilization of complex systems.

Dispersing surfactants

They promote the stability of fine particles in suspension.

Antifoaming surfactants

They control the formation and persistence of foam in liquid systems.

Wetting surfactants

They improve the initial contact between the suspension and the ceramic support.

Compatibility surfactants

They facilitate the homogeneous integration of different components in the formulation.

Interfacial control

They regulate surface tension and phase interaction.

System stability

They contribute to the physical-chemical balance of the formulation.

Process optimization

They improve performance in application and storage.

Technical development

Specific selection based on client composition and objective.

Dispersion improvement

Stabilizes systems with high solid load.

Foam control

Reduces air formation in industrial processes.

Surface optimization

Adjust surface tension according to application needs.

Phase compatibility

It facilitates the homogeneous integration of different components.

Discover your projects in a private space

We provide you with a private and secure area where you can review design proposals created for your company. This environment is designed to streamline the creative process, ensure confidentiality, and facilitate decision-making at every stage of development.

Organize your ideas with total freedom

Get inspired, combine, and save your ideas all in one place. Create your own collections, select your favorite designs, and download the images that inspire you. A space designed for you to organize your ideas freely and maintain creative control over each project.

Access exclusive and personalized collections

Explore a selection of collections designed to inspire new projects. Each combines innovation, trend, and technique, offering you exclusive offerings that reflect the essence of Kerafrit and open up new creative possibilities.

Frequently Asked Questions

The wetting agent is a specific type of surfactant designed to improve wettability, while the surfactant can perform additional functions such as dispersion or foam control.

In glazes, engobes, technical suspensions and formulations where interfacial control is required.

Yes. Proper selection improves physical and chemical stability during storage and application.

Yes. We select the type of surfactant according to the technical objective and actual production conditions.

Make your space stand out with unique surfaces

Contact us today and discover how we can make your project an exclusive, custom-designed work, full of personality.

Everything you need to know about ceramic surfactants

Surface tension modifiers for maximum system stability.

Surfactants for the ceramic industry are highly specialized surface-active additives designed to modify and control the interaction at solid-liquid and liquid-air interfaces. Their function is vital in complex formulations such as digital inks, engobes, and special glazes, where they reduce surface tension and guarantee perfect compatibility between the different components of the system. In a highly demanding production environment, the use of these compounds allows fine particles to be stabilized in suspension, preventing application defects and ensuring constant and predictable rheology.

By integrating high-performance surfactants into the glazing or decoration line, factories can optimize substrate wettability and eliminate problems such as foam formation or raw material agglomeration. At Kerafrit, we formulate surfactant solutions adapted to the specific needs of each industrial process, ensuring that each development maintains its physical-chemical properties unchanged during storage and offers flawless technical application on the tile.