Holy Water Font with Colored Enameled Madonna in Ceramic

Ceramic Holy Water Font with Colored Glazed Madonna

The ceramic holy water font with colored glazed Madonna is a handcrafted product, manually produced according to the oldest traditions of the craft.
To obtain the glazed product, depending on the effect we want to give the object, we use white refractory clay which gives the product a bright and homogeneous color.

We use majolica clay in items where we need to highlight, in the most prominent points of the object, the dark of the underlying terracotta. This helps to better define the lines (for example, of a face). This clay is used with white glaze.

Returning to the procedure, we mold and hand-touch up the terracotta base: after which it is put in the oven for the first firing at 1000 degrees.
Once out of the oven, the piece goes to the second processing phase. We apply a special rubber that we apply with a brush and which will solidify, thus preventing the glaze from adhering to those points that must remain white.
After that, with a special gun, the glaze is applied by spray, which will appear as powder and of a different color from what we will have at the end of the process.

After the glaze has dried, we begin to remove the previously applied rubber, being very careful not to touch the glaze. Furthermore, another coat of transparent “crystalline” glaze will be sprayed, which will give the product a shiny patina. When this glaze has dried, it will be fired a second time at 900 degrees, permanently bonding with the base piece. Once out of the oven, the glaze will have taken on the desired color and the object will have a bright and glazed effect.

Our ceramics will embellish your living rooms and walls with unique products of Tuscan art!
Buy it online securely with PayPal or credit card: delivery is throughout Italy! In conclusion, the company Cestenoli has a variety of handmade products made at its headquarters in the province of Florence. View also our terracotta product: handcrafted item, handmade and resistant to low temperatures! Click here.