SPINDO Supports “Superblock Pekayon Pakuwon” Project with High Quality Steel Pipes
PT STEEL PIPE INDUSTRY OF INDONESIA Tbk (SPINDO) once again proved its commitment in supporting the development of modern infrastructure in Indonesia. This time, SPINDO contributed to the prestigious project “Superblok Pekayon Pakuwon” located in Bekasi by supplying high-quality steel pipes for the building's chiller system.
In this project, SPINDO provided
SNI 0039:2013 Spiral Pipe with various sizes, namely
10“-28” (508-711 mm x 6.4-9.5 mm x 6000 mm). The total tonnage of steel pipes supplied reaches 91.5 tons which will be used as part of the building cooling system (chiller system). This system has a crucial role in maintaining the efficiency and comfort of the environment in the building, especially in regulating the temperature and air circulation optimally.
As a leading steel pipe manufacturer in Indonesia, SPINDO always ensures that every product supplied meets the highest quality standards. SPINDO steel pipes are known for their high durability, corrosion resistance, and reliability in supporting large-scale infrastructure systems. With superior technology and specifications, SPINDO steel pipes help improve the operational efficiency and service life of the cooling system in the Pekayon Pakuwon Superblock project.
The Pekayon Pakuwon Superblock project itself is part of a mixed-use property development that presents a variety of modern facilities, including residences, offices, shopping centers, and commercial areas. With SPINDO's support, the project is expected to run smoothly and benefit the development of the construction and property sectors in Indonesia.
SPINDO remains committed to delivering robust and reliable infrastructure solutions to support the growth of the construction industry in the country. With proven experience and expertise, SPINDO is ready to become a trusted partner in various development projects in the future.
STKM 11 untuk Aplikasi Otomotif: Pipa Mekanikal Andal untuk Industri Kendaraan dan Komponen Otomotif
