Carrier systems formulated to transport, stabilize, and apply ceramic materials with precision and control in industrial processes.
Means of transport and technical application
The vehicles act as carrier systems designed to facilitate the controlled application of ceramic materials, ensuring stability during the process and correct deposition on the surface
Transport of materials
They allow the suspension of granules, effects or technical loads.
Application control
Designed for industrial spraying or deposition systems.
System stability
Formulated to maintain homogeneity during storage and use.
Integration into thermal process
Designed not to interfere with the final finish after baking.
Reproducible behavior
Ensures uniformity in continuous production.
Technological compatibility
Adaptable to different systems and line configurations.
Custom fit
Development according to transported material and factory conditions.
Deposition control
It allows you to regulate surface load and final effect.
Controlled transport of decorative and technical materials.
Adapted to high-precision industrial systems.
Optimized for uniform surface distribution.
Vehicles adjusted according to the client's technical process and objective.
It acts as a suspension system for solid materials, allowing for a stable and controlled application of the material.
It adjusts density, viscosity, particle size, and application technology.
It is formulated to integrate without altering the desired surface properties.
Yes. It is developed specifically according to the client's application system.
Everything you need to know about ceramic vehicles
Technical carrier systems for ceramic applications.
Vehicles for the ceramic industry are fundamental technical additives that act as carrier systems or suspension media. Their objective on the glazing line is to facilitate the transport, stabilization, and precise deposition of grits, special effects, and technical loads on the clay substrate. These compounds are designed to maintain a homogeneous distribution of solid particles, preventing sedimentation during pumping and ensuring a continuous application free of surface defects.
When integrated into the production process, ceramic vehicles allow key parameters such as viscosity, drying time, and application density to be adjusted, adapting to the demands of traditional and high-speed technologies. At Kerafrit, we formulate these solutions to guarantee maximum compatibility with other additives, providing rheological stability and ensuring optimal fixing of the decorative material before the firing phase.