Ceramic frits

Ceramic frits are vitreous materials obtained through the controlled melting and subsequent rapid cooling of a mixture of inorganic raw materials.
They are primarily used in the formulation of glazes, engobes, and granules. Their function is to facilitate the formation of the vitreous phase, control melting, and contribute to the development of properties such as gloss, opacity, texture, chemical resistance, and thermal stability.

Frits can be classified according to their behavior and application. Key types include transparent, opaque, matte, glossy, fluxing, colored, and special frits.
The selection depends on the type of substrate, the desired finish, the firing temperature, and the composition of the rest of the ceramic system.

Yes. We adjust the composition of the frit to work correctly, according to the customer's process.

A standard frit is formulated to suit typical application and firing conditions. A custom-developed frit is specifically tailored to a factory's materials, technology, and production parameters.

Custom development allows for the adjustment of properties such as the coefficient of thermal expansion, fusibility, melt viscosity, opacity, gloss, and inter-layer compatibility.

Yes. Reactivity, softening temperature, and melt viscosity can be adjusted to suit faster firing cycles.
Before validating the solution, it is necessary to verify its behavior in conjunction with the body, engobe, glaze, and decorations used on the product.

The selection process must take into account the type of substrate, the temperature and firing curve, the desired finish, the coefficient of expansion, the melt viscosity, and the interaction with the other raw materials.
Analyzing these variables together makes it possible to select or develop a frit that is compatible with the actual conditions of the production process.

The frits undergo checks regarding composition, particle size distribution, melting behavior, and thermal characteristics. Laboratory analyses and application tests are also conducted to verify stability and batch-to-batch reproducibility.
These checks ensure that each product grade maintains the established parameters prior to its incorporation into the industrial process.

Frits can be supplied in micronized or granulated form, depending on the preparation, storage, and application system used by the customer.
The most suitable format is determined based on the industrial process and the characteristics of the final formulation.

The range is formulated without added lead. Specific specifications and applicable technical requirements must be verified for each product reference and target market.

A manufacturer of ceramic frits must ensure batch-to-batch stability, control of thermal properties, adaptability to different processes, and technical support during industrial validation.

They must also have the capability to develop custom formulations and analyze the interaction of the frit with the body, engobe, glaze, and decorations.

Yes. Kerafrit’s technical team supports the client throughout the selection, development, and validation of the frit.
This work may include formulation analysis, testing, adaptation to the firing curve, and performance verification under conditions simulating industrial production.