Mayco Stroke & Coat Speckled Tuxedo Brush-on Glaze

Mayco Speckled Tuxedo is a heavily pigmented, viscous Stroke & Coat® glaze with white specks that can be used for brush strokes or opaque coverage. One coat will create a translucent finish with subsequent coats adding opacity. We suggest two to three coats for full opacity and all over coverage. Will fire to a gloss finish without clear glaze.

Performing just as their counterpart, Speckled Stroke & Coat® glazes are an enhanced version of popular Stroke & Coat® colours. The addition of small specks of colour to the base glaze provides a fun visual interest that does not melt or flow during the 06-glaze firing.

Speckled Stroke & Coat® glazes have been formulated to mature at cone 06/05. Most Stroke & Coat® glazes will maintain their colour at higher temperatures, especially reds, oranges, yellows, greens, and blues. Speckles may blur at high firing temperatures. Performance at cone 6 is noted on each individual product label. We recommend testing on your clay and in your kiln prior to use.

Good to know:

• Cone 6 oxidation: Opaque. Colour slightly Darkens.
• Use these glazes to create intricate, detailed designs.
• Colours can be mixed with one another without moving and when used in a majolica process, Stroke & Coat® will not move nor blend with the colours beneath even when using light over dark.
• Non-toxic (lead-free) Please follow manufacturer instructions.
• Stroke & Coat® colours are intermixable, allowing artists to create custom shades.
• Thin with water or media to create a wash or watercolour style of design.
• Because the liquid colour is consistent with the fired colour, artists will have no trouble visualizing finished results as they create.
• Stroke & Coat® fires glossy without clear glaze and is opaque with two to three coats.
• Because of its versatility, Stroke & Coat® and Speckled Stroke & Coat® is the ideal product of choice for studio, classroom, potter or fine artist.
• The choice of clay body, the thickness of glaze application, the firing process, and temperature will affect the fired results.