Reinforced Composite Matters: C-10 Chamber
Manufactured of fiberglass-reinforcement of the thermosetting plastic adds strength and stiffness to the C-10 chambers. This material difference results in chambers that have greater durability than unreinforced HDPE and PP chambers. In projects where this model of chambers fits a product’s specifications best, the Xerxes team a cost-effective, site-specific design with a long service life of the stormwater system.
Designed to meet industry standards, they are evaluated and tested according to the methodology of ASTM F2418 and F2787.
Material
Fiberglass-reinforced polypropylene (FRP)
Industry standards
ASTM F2787, F2418, AASHTO LRFD Bridge Design Specifications
Cover
Height
1.5 ft (0.457 m) minimum
13 ft (3.6 m) maximum
Nominal
L x W x H
29.58” x 39.70” x 25.00”
(751 mm x 1008 mm x 635 mm)
Start Designing Your Stormwater System
Chamber Design Calculator
To select a product and create a custom design – including a BOM (Bill of Materials) – use the Chamber Design Calculator.
Stage Storage Calculator
To estimate the volume of storage at different water levels in a HydroChain stormwater system, use the Stage Storage Calculator.
Stormwater Chamber
Success Story
Niagara, Ontario
When a Niagara, Ontario, regional hospital needed a stormwater management system, the project team chose to work with Xerxes for a variety of reasons. Top of the list was the expert support of the stormwater experts who worked with them to address the site’s numerous challenges.
The ready availability of the chambers also played a role because of the short lead time for delivery for the multi-phase, six-bed system. The result was a cost-effective, value-engineered solution employing approximately 4,000 chambers – a combination of the HydroChain chamber S-22, C-10 and M-6 models.