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Light and Shade

机译:灯光和阴影

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摘要

Somerset-based potter, Frederick Payne, explores the boundaries of image-making on layers of fine, translucent clay. Over the last 15 years he has experimented with printing and ways of adding light and shade to a fiberglass/porcelain mix. He has patented his technique of embossing images, and introducing pattern, texture and colour between layers of fine clay. Most recently, Payne has used these techniques to create innovative hand-built 'light sculptures,' in panel and cylindrical form. The combination of fiberglass and clay is not new. It was pioneered in the 1960s by Daniel Rhodes. In his book, Clay and Glazes for the Potter, Rhodes describes the advantage of his inventive mixture. Whereas organic fibres such as paper disappear when they are fired leaving voids in the finished mix, fiberglass does not. Fiberglass, the glass composition of which is soda-lime silicate, reinforces the strength of unfired clay objects. Rhodes describes how well the mix can be modeled and how the range of potential forms is increased. 'With a fibre-glass mix,' says Payne, 'forms can be self-supporting.' When fired, the fiberglass melts leaving no visible trace of its identity but it survives, unlike organic or combustible material. And it is non-toxic. For sculpture in particular, Rhodes comments, the mixture 'has great potential.'
机译:萨默塞特郡的陶瓷工弗雷德里克·佩恩(Frederick Payne)探索了精细,半透明粘土层上图像制作的边界。在过去的15年中,他尝试了印刷以及在玻璃纤维/瓷质混合物中增加明暗度的方法。他已获得压纹图像技术的专利,并在精细粘土层之间引入了图案,纹理和颜色。最近,佩恩(Payne)使用这些技术创建了面板和圆柱形式的创新手工制作“轻雕塑”。玻璃纤维和粘土的结合并不新鲜。它由Daniel Rhodes于1960年代首创。罗兹在其著作《陶土的釉和釉》中描述了他的发明性混合物的优势。诸如纸张之类的有机纤维在燃烧时会消失,而最终混合物中会留有空隙,而玻璃纤维则不会。玻璃纤维的玻璃成分为钠钙硅酸盐,可增强未烧制粘土物体的强度。罗兹(Rhodes)介绍了混合模型的建模效果以及潜在形式的范围如何增加。佩恩说:“用玻璃纤维混合,形式可以自立。”烧制后,玻璃纤维熔化,没有可见的身份痕迹,但可以生存,不像有机或可燃材料。而且它是无毒的。罗德斯评论说,特别是对于雕塑,这种混合物“具有很大的潜力”。

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