The parameters of Soakaway Crates #M2016B

Soakaway Crates, Plastic Underground Stormwater Crates

Size: 3.94′ x 1.97′ x 2.3′ (1200 x 600 x 700mm)
Tanks: 2 tanks/cbm
Void ratio: 96%
Water Storage: 480L/tank
Material: 100% Recycled PP, or Virgin PP
Load Capacity: 45T/m²
Weight: 27kg/tank



Rainwater Soakaway, Stormwater Infiltration, Detention
The underground stormwater crates M2016B is the biggest size module in GS-TANKS family. It is also the pillar structure modules. Mainly module with pillar structure give a hige void ratio of 96%,  and achieve a bigger volumn water storage capacity.  It also make it easier for the modules cleaning and maintenance. The side plates ensure consistent vertical support for the cover fill material. Connectors are combine each modules together.  Additional accessories available include geotextiles and geo-membranes, inspection point, man access place as well as pipe connector.

The drainage system and water storage-permeation and filtration system along side the roads, parking lot, water storage and drainage for the ecological shallow ridges, living community, factories and enterprises, municipal roads, viaducts and bridges, park and scenic spot, it will be the necessity for construction of sponge city.

The structure characteristics of Soakaway Crates

Stable Design: Interlocks vertically and horizontally for maximum stability, avoid the whole system from floating.
Fast Installation: The built-in socket and ports bring extremely convenience of quick installation(about 30 seconds for 1 CBM installation).
High Void Ratio: 96% void ratio providing greater water storage capacity with reduced excavation and disposal costs.
High Compression Load: Resisting stretch and extrusion by fully utilizing triangle’s stability and round shape. (reach 77106 lb)
Unique Columnar Construction: Adopt cylinder-shaped construction, suitable for non-trafficked, trafficked or heavily trafficked appilication.
Structural integration: Distributing the loaded weight on to all the plates, fully utilized the effect of each plate.