Home Projects Wood Composite Decking for Queens Condominum
Residential

Wood Composite Decking for Queens Condominum

Share

Project Overview

Queens Condominium is a residential development in Singapore where outdoor areas required durable, attractive decking able to withstand the local climate while delivering a natural timber aesthetic. Exposed deck spaces in the tropics face relentless sun, sudden downpours and constant humidity, which quickly punish unsuitable materials and drive up maintenance.

Goodrich Global supplied WPC (wood plastic composite) decking from the geff range for the project, providing the external floor finish for the development’s outdoor spaces.

Goodrich Specification

The geff WPC decking specified here is engineered for outdoor use, pairing the warm appearance of natural wood with the resilience of a composite material. Unlike solid timber, WPC resists rot, warping, splitting and insect attack, making it well matched to Singapore’s hot, humid and rain-prone conditions where natural boards cup, grey and degrade within a few seasons. Its non-porous body sheds water rather than soaking it up, so it dries quickly after a downpour and resists the slipperiness of waterlogged timber.

The composite boards require far less maintenance than natural decking, needing no sanding, staining or annual sealing to stay serviceable. They hold their colour and surface integrity through repeated wetting and intense ultraviolet exposure, and the stable, dimensionally consistent form supports a long, low-upkeep service life across the development’s communal terraces. For a shared residential setting, that translates into dependable performance with minimal management overhead.

Project Outcome

The WPC decking gives Queens Condominium attractive, weather-resistant outdoor areas that demand minimal maintenance and continue to look their best season after season. Goodrich Global supplies composite decking for residential and commercial outdoor spaces across Singapore, matching durability and appearance to the demands of the tropical climate.

Related Insights