Hospitality
Ascott KL, Malaysia
Project Overview
Ascott KL is a serviced residence in Kuala Lumpur, Malaysia, operating within the hospitality sector where interior finishes must marry guest comfort with the durability demanded by a high-occupancy, extended-stay environment. The fit-out specified a wide-width wallcovering to dress its interior spaces.
Goodrich Global supplied the Widewall Mixture wallcovering for the property, providing the principal wall finish across guest and shared areas.
Goodrich Specification
The interiors feature Widewall Mixture, a wide-width wallcovering whose textured surface adds warmth and depth to guest rooms and shared areas. Its broad roll format reduces the number of seams across long wall runs, giving corridors and rooms a cleaner, more continuous finish and lowering the risk of edges lifting in a humid tropical climate.
The commercial-grade construction stands up to the constant brushing-past, luggage contact and repeated cleaning of a serviced residence, while its wipeable surface keeps guest-facing walls presentable through high turnover. Because guests stay for extended periods, the finish must also feel residential rather than institutional; the texture of Widewall Mixture softens the rooms and helps them read as a comfortable home-from-home. Specifying a single wide-width range across the property also keeps the look consistent from room to room and makes future patch repairs simpler to match, an advantage in a property that must stay presentable through continuous occupancy.
This balance of efficient installation, durability and a welcoming finish suits long-stay hospitality particularly well, where guests expect both comfort and a polished, well-kept environment over weeks rather than nights.
Project Outcome
The completed scheme gives Ascott KL a refined, cohesive and hard-wearing interior backdrop suited to extended-stay living. Goodrich Global supports serviced residences and hotels across Malaysia and the region with wide-width wallcoverings engineered for fast installation, seam-reduced finishes and sustained performance under continuous occupancy.
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