Grits formulated to withstand comprehensive polishing processes, providing deep shine, surface resistance, and uniformity after complete machining.
Technical performance after complete machining
Its formulation controls density, fusion, and internal structure to minimize open pores after polishing, guaranteeing mechanical strength and homogeneous behavior in industrial production.
High densification
Formulation aimed at reducing porosity after polishing.
Deep shine
They generate highly reflective surfaces after machining.
Structural uniformity
They prevent visual differences after the abrasive process.
Total integration
Homogeneous fusion with the base enamel before polishing.
Mechanical stability
They maintain consistent behavior in large format pieces.
Granulometric control
Adjustment according to applied load and surface thickness.
Designed for surfaces that will be machined across their entire area.
Stability in large-sized pieces.
Adaptation to specific polishing tools and parameters.
La de pulido está diseñada para soportar mecanizado integral, no solo aportar brillo por fusión.
Through formulation aimed at greater densification and correct surface integration.
Yes. We adjust the grit according to the abrasives and parameters used.
Everything you need to know about ceramic grits for polishing
Maximum compactness surfaces for an absolute mirror effect.
Ceramic grits for polishing are ultra-high density vitreous formulations, specifically designed to withstand the most abrasive mechanical processes after firing. Unlike lapping, full polishing requires the melted layer to possess extreme compactness and a total absence of internal bubbles or microporosity, ensuring that no visual defects (pinholes) emerge when the surface is drastically ground down. Their thermal behavior in the kiln is key to achieving a continuous, hard, and perfectly leveled vitreous mass.
In the production of technical porcelain and luxury floor tiles, these grits allow for maximum levels of light reflection and unparalleled optical depth, enhancing every detail of the digital design. At Kerafrit, we develop solutions that optimize machinability on the polishing line, reducing abrasive wear and ensuring a final surface with maximum resistance to scratching, staining, and chemical attack.