[{"id":160227426391,"handle":"mayco","updated_at":"2024-11-26T13:25:26-06:00","published_at":"2020-06-14T17:56:50-05:00","sort_order":"best-selling","template_suffix":"","published_scope":"global","title":"Mayco","body_html":"We carry the full line of Mayco glazes, underglazes, acrylic stains, and accessories from Stroke \u0026amp; Coats and Jungle Gems to Softees and Magic Metallics. Many color lines comes in a variety of sizes so whether you're a hobbyist looking for a small bottle or an educator looking for a pint and beyond we've got you covered.\u003cbr\u003e","image":{"created_at":"2020-06-14T18:16:06-05:00","alt":null,"width":175,"height":175,"src":"\/\/rivercraftceramics.com\/cdn\/shop\/collections\/mayco_fired_color_products_logo-175x175.png?v=1592176567"}}]
Apply 1-2 coats with a brush or sponge, under or over another glaze. You can influence the direction of the flow or create a pattern by how you apply the glazes. Allow to dry thoroughly. Fire to cones 06/05. To prevent the glaze from running off your vertical pieces do not apply Pottery Cascades to the bottom third of the piece.
Helpful Hints
Avoid applying Pottery Cascade on lower third of piece as glaze will move.
PC601 Clear Cascade is the most fluid of the Cascade products, requiring care in application.
PC602 White Cascade moves the least.
Pottery Cascades are luster compatible.
Application Recommendations
Shake for 5-6 seconds before use.
Dispense glaze onto a palette (tile, plate, etc.) and apply with brush or decorating accessory of choice (sponge, stamp, etc.).
Avoid dipping brush directly into jar to avoid contamination, particularly if you are using one brush to layer Pottery Cascades over other glazes.
Avoid applying Pottery Cascade to the lowest third of your piece as these glazes WILL move. Vertical pieces require more attention to this detail than horizontal pieces.
Pottery Cascade glazes were designed to mature at a shelf cone 06 (999° C). Make sure the glaze has dried thoroughly prior to firing. A medium ramp/firing rate is recommended (250°F per hour).