Description
Understanding Glazes with John Post
Tuesdays | Jan 14 – Feb 18 | Tues 1-4pm | 6 Instructor-Led Class Sessions + 6 Open Studio Practice Sessions
Unleash your creativity and discover the fascinating world of glaze-making in this hands-on, in-depth course. Much like baking, glaze-making involves following recipes, measuring ingredients, and using heat to transform simple materials into beautiful, vibrant finishes. With a little patience and experimentation, you’ll learn how to control every aspect of your glazes—from surface texture to color variation—giving you the ability to create the perfect glaze for your pottery.
What You’ll Learn:
Surface Control: Master the art of creating glazes with different finishes—from matte to satin to high gloss.
Color Variations: Experiment with colorants and learn how to incorporate them into your glazes to add vibrancy and depth to your pieces.
Mixing Techniques: Learn the essentials of mixing glaze batches, using volumetric blending to create multiple variations from just a few small batches.
Advanced Glaze Development: Create up to 25 unique glaze variations by blending just four small batches, giving you greater flexibility and efficiency in glaze-making.
Understanding Chemistry: Dive deep into the role of key chemical elements in glazes and understand how they influence the final surface and texture.
Practical Tools: Learn how to interpret glaze formulas using the Unity Formula and Stull Diagram to predict and control the outcome of your glazes.
Class Details:
Limited Enrollment: To ensure a personalized learning experience, this class is limited to 8 students.
Class Materials: You will need to bring a respirator with appropriate filters (a requirement for safely mixing glazes). If you don’t have one, a recommended model will be provided.
Focus on Development: This class is dedicated entirely to the process of glaze development. Please note that it does not cover glaze application or decorative techniques—our focus is on creating the perfect glaze formula and learning the chemistry behind it.
PLEASE SEE MATERIALS TAB FOR CLASS INFORMATION
25 0114 JP
