Skip to content
Black Glossy Glaze Recipe for Sanitaryware Manufacturing

Black Glossy Glaze Recipe for Sanitaryware Manufacturing

In sanitaryware manufacturing, black glaze is one of the most widely used colours after white and ivory. Black provides premium appearance, good finish, and strong pricing commmand in market which makes it a popular choice for sanitaryware products b

Venkatmani

Author

RM & Formulation
2 min read
8892 views

In sanitaryware manufacturing, black glaze is one of the most widely used colours after white and ivory. Black provides premium appearance, good finish, and strong pricing commmand in market which makes it a popular choice for sanitaryware products by manufacturers.

In this article, we will look at a base recipe for a black glossy glaze used in the sanitaryware industry. This glaze can serve as a starting point for developing black glaze. From this base formula, R&D can further adjust the composition to achieve the exact L,A,B values, gloss level, surface quality based on the firing curve and the raw materials quality


Development Note: The percentages listed below are starting points of recipe. The exact values needs to be adjusted based on the raw material chemical properties, firing peak temperature, kiln curve/atmosphere, and color specturam value requirements. Always conduct laboratory trials before full-scale production.


Base Recipe — Black Glossy Glaze

Raw Material Percentage (%)
Potash Feldspar 36
Quartz 20
Kaolin (Cina clay ) 06
Talc 04
Barium 05
C.C.C 09
Wollastonite 20
Total 100%

Raw Material Percentage (%)
Black Stain / Pigment 06
CMC 0.2-0.5

*values are indicative. Adjust based on factory conditions and firing parameters.

Notes

Black Stain / Pigment — typically a cobalt-manganese or iron-chromium based system — is critical for achieving a rich, deep black tone with sufficient colour stability at sanitaryware firing temperatures.


Further Development

This recipe is a base starting point. You are encouraged to conduct systematic trials, adjusting flux levels, pigment loading, and firing conditions to arrive at the optimum glaze for their specific production environment and quality standards.

If you would like to learn more about sanitaryware glaze development, feel free to explore more technical articles and recipes covering glaze chemistry, colour development, and firing optimisation across the ceramic industry.

Share this article

Written by

Venkatmani

Ceramic industry professional & content contributor.

Leave a Comment

Add your comment

Comments are reviewed before publishing.

No comments yet. Be the first to share your thoughts!