Sunset

Material Investigation No. 02

Origin

Developed from a year of observing sunsets over Avoca Beach, New South Wales. Rather than documenting the sunset itself, the investigation focused on how light settled into the landscape - how brightness dissolved into sand, mineral and atmosphere as daylight faded. These observations became the foundation of the material rather than an image to reproduce.

Material Translation

The surface does not imitate a beach or a sunset. Instead, the movement of light was translated into porcelain through restrained relief and fine mineral markings. The subtle gold lines originate from long-exposure photographic studies of the setting sun, where movement was recorded as continuous traces before being interpreted into the tile’s surface.

Architectural Behaviour

Sunset responds quietly to changing light throughout the day. As illumination shifts, its relief and mineral markings reveal different levels of depth, allowing the material to evolve rather than remain visually fixed. Within architecture it establishes warmth and continuity without relying on strong contrast or decorative pattern.

Design Philosophy

Within plonc.’s GeoLux and Intra-Tile Architecture framework, Sunset investigates light as material rather than spectacle. It rejects decorative representations of nature in favour of translating an observed phenomenon into architectural surface. The result is not an image of a sunset, but a record of how light inhabits matter.

Material Character

Sunset is calm, restrained and atmospheric. It rewards prolonged observation rather than immediate attention. Familiar in colour yet distinctive in authorship, it creates interiors that feel grounded, warm and quietly enduring.

Material Information

Format
1200 × 600 × 9 mm

Material
Porcelain

Surface Finish
Matte relief

Colour Register
Warm beige with restrained gold and white mineral markings

Availability
Current Collection

Design Authorship Registry

Design Title
Sunset

Design Code
PL-T001

Collection
Designed Materials

Material Investigation
002

Date Authored
2019