Residential
Newton One Residence, Singapore
Project Overview
Newton One Residence is a residential development in Singapore where the interior scheme called for a decorative wall finish with strong design character. The fit-out aimed to lend the private living spaces a tailored, gallery-like quality rather than a generic painted surface, treating the walls as an active part of the interior rather than a neutral backdrop.
Goodrich Global supplied Harlequin wallcovering for the project.
Goodrich Specification
Harlequin is a British designer brand recognised for its painterly patterns and rich colour palettes, making it well suited to a residence where the walls are intended to set the mood of each room. As a wallcovering it offers a more durable and forgiving surface than paint, resisting the everyday scuffs of a lived-in home while holding its colour in Singapore’s bright, humid interiors where paint can fade unevenly over time.
The collection’s design-led patterns allow individual rooms to be themed without commissioning bespoke artwork, giving the homeowner a coordinated yet expressive finish across the apartment. Larger motifs can anchor a feature wall while quieter colourways carry adjacent spaces, so each room holds its own character while the overall scheme stays cohesive and considered. The wallcovering’s depth of pattern and texture brings a layered richness that flat paint cannot achieve, and its surface wipes clean for easy upkeep in a busy home. Because the patterns are designed as coordinated collections, the homeowner can move between bolder feature walls and quieter companion designs with confidence that the rooms will still feel part of one considered scheme.
Project Outcome
In service, the Harlequin wallcovering delivers a refined, design-forward backdrop that elevates the residence’s interiors and wears well over time. Goodrich Global maintains an extensive portfolio of designer and residential wallcoverings, supporting homeowners and interior designers across Singapore with finishes engineered for the local climate.
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