(Leadless) Firing Range 1200°C - 1280°C
Satin Transparent - by Sneyd Ceramics:
Introducing "White Opaque" from our basic range of high-temperature glazes by Sneyd Ceramics. This glaze embodies the essence of timeless elegance, offering ceramic artists a canvas of pure white perfection to bring their creative visions to life. Here's why "White Opaque" is the ideal choice for your high-temperature ceramic endeavors:
Unparalleled Whiteness:
"White Opaque" lives up to its name, delivering a pristine and pure white finish that radiates sophistication. It provides a stunning backdrop for your ceramic creations, enhancing their visual appeal and charm.
Classic and Timeless:
White has always been a symbol of purity and timelessness. This glaze captures the essence of tradition while offering a modern touch, making it suitable for both traditional and contemporary ceramics.
Quality You Can Rely On:
With a legacy spanning over a century, Sneyd Ceramics is synonymous with quality and craftsmanship. "White Opaque" high-temperature glaze meets the highest standards, ensuring your ceramics will endure the test of time.
Discover the Beauty of Timelessness:
Whether you're a seasoned ceramic artist or a beginner exploring the world of ceramics, "White Opaque" high-temperature glaze offers a pristine canvas on which to paint your creative vision. Elevate your ceramic creations with a glaze that exudes elegance and charm.
Experience the Timeless Beauty of "White Opaque" from Sneyd Ceramics:
Embrace the allure of pure white perfection in your ceramics. Join a community of artists who trust Sneyd Ceramics to provide the foundation for their artistic expressions with "White Opaque" high-temperature glaze.
Safety First
Data Sheets are available for one or more of these product items. For detailed information and peace of mind, please don't hesitate to Contact Us. We are here to provide you with the information you need to create confidently and safely.
50-3849 - Satin Transparent
Leadless Glaze does not contain more than 0.5% by dry weight of lead compound calculated as lead monoxide (PbO)