Modernist appetiser platter, pressed glass, design by J.S. Drost, HSG Ząbkowice, Poland, 1970s
- Dimensions :
- H3 x W25 x D30
- Color :
- transparent
- Material :
- glass and crystal
- Style :
- vintage
Appetiser serving platter made of pressed soda glass, created in the 1970s at the HSG Ząbkowice glassworks according to the design of Jan Sylwester Drost. The model features a clear, colourless glass pane with a neutral, cool shade and high gloss. The relief surface is decorated with a regular, bubble pattern characteristic of the Polish school of modernism. The edge is softly rounded with a subtle wave, without sharp edges, giving the form gentleness. There are no additional colour accents or metal elements. The dish is flat, without a distinct foot, and the underside bears moulding marks typical of pressed glass. The texture is smooth with raised, geometric details. Condition is very good – no chips, cracks or significant signs of wear. This platter reflects the story of the modernist 1970s, when Polish industrial glass boldly experimented with texture and light. Its transparent, shiny surface seems to transport you to a world where everyday objects took on a distinct, graphic expression. The geometric rhythm of the bubbles evokes moments of lightness — as if each of these protrusions collected the light reflections of past home gatherings. The soft waves at the edge suggest the freedom with which new, democratic designs were formed, bringing design from designers' offices to living rooms and dining rooms. The platter can find its place both on a simple wooden table in an open kitchen and on a 1970s console in a mid-century modern living room. It pairs well with expressive ceramics or coloured glass, creating a contrast of textures and transparency. It can be combined with a matte tablecloth and minimalist tableware to emphasise the graphic relief, or paired with natural light to bring out the precise, geometric patterns. Recommended for collector's interiors or those appreciating vintage and classic Polish industrial design.