The CHRS™ Composite Telecom Chamber stands as a groundbreaking masterpiece in the field of underground construction. Tailored specifically for communication base stations, this chamber offers unmatched durability and flawless integration, ensuring consistent performance and reliability throughout its lifespan.
Crafted using the state-of-the-art sheet moulding compound (SMC) technology, the CHRS™ Composite Telecom Chamber blends the advantages of traditional Open-Mold Spray Up and Resin-Transfer Molding (RTM) techniques. Unlike conventional cast iron or ductile iron covers, this chamber embodies superior qualities: it is watertight, lightweight, non-conductive, UV protected, non-corrosive, and anti-slip, while holding no scrap value—making it a cost-effective solution.
Featuring an ingenious modular design, the CHRS™ Composite Telecom Chamber slashes freight costs and enables effortless manual installation on-site, accelerating project timelines significantly. Its robust SMC components are engineered to endure heavy vehicular loads and challenging site conditions. Incorporating the SMC Buried Manhole into your project signifies a commitment to efficiency and enhanced productivity, propelling construction progress to new heights.
For those seeking a superior alternative to traditional brick manholes, the CHRS™ Composite Telecom Chamber is the definitive choice.
Application
The Manhole Chamber serves as a crucial infrastructure component, housing reserve fiber optic cables and Joint ODN Cabinets.
The CHRS™ Composite Telecom Chamber finds its application in the foundational layers of communication base station projects, ensuring robust and reliable infrastructure.
Embrace the power of the CHRS™ Composite Telecom Chamber to dramatically boost construction progress and efficiency.
Product Parameters

Product Size |
760x760x900mm |
Product Grade |
B125 |
C250 |
D400 |
Product Features |
Modular design, easy to transport, install and construct, with excellent
load-bearing capacity, anti-slip, anti-static, chemical and weather
resistance. |