Home Projects Menara Metropolitan, Indonesia
Commercial

Menara Metropolitan, Indonesia

Share

Project Overview

Menara Metropolitan is a commercial office tower in Jakarta, Indonesia, where the workplace floors needed a surface that could combine professional presentation with the durability and acoustic comfort of a busy corporate environment. Carpet was central to achieving this across the working areas, where appearance and performance matter equally over long lease terms.

Goodrich Global supplied the carpet for this project.

Goodrich Specification

Carpet, supplied in tile format, suits an office tower of this scale. Modular tiles install efficiently across large floor plates, work neatly around columns and raised-access services, and simplify ongoing maintenance, since individual sections can be lifted and replaced where wear concentrates, such as at lift lobbies and main walkways, without disturbing the wider floor or relocating staff during the working day.

The carpet also absorbs sound and adds underfoot comfort, dampening the footfall and ambient noise that build in a high-occupancy open-plan workplace and supporting a calmer, more productive environment. At the same time, coordinated colour and texture present the clean, corporate appearance expected of a prominent commercial address. Goodrich’s ranges are engineered for appearance retention under sustained traffic, with resilient pile that holds its look between deep cleans and across years of intensive daily use. The tiles also help conceal the small variations and patch repairs that accumulate on a working corporate floor, keeping the overall surface reading as even and cohesive.

Project Outcome

The result is a practical, professional flooring solution well matched to the demands of a high-occupancy office building, balancing presentation, acoustics and serviceability across long tenancies. Goodrich Global supplies commercial carpet and carpet tiles to corporate and developer clients across Indonesia, backed by ranges engineered for appearance retention under sustained traffic.

Related Insights