Sections of the pro series trench drain can be segmented into pieces as small as 4 while maintaining the built in couplings.
Nds pro series modular channel drains.
Nds pro series pro series trench drains from nds are for the homeowner or contractor that understands time is money.
Made from injection molded polypropylene with extended side ribs for increased channel strength and uv inhibitors to prevent fading and cracking.
Pro series channel drain is ideal for draining moderate water flows flooding surfaces such as driveways concrete and paver patios courtyards and walkways.
Pro series channel drains are molded with polypropylene with extended side ribs for increased channel strength.
The modular system by nds is available in a variety of widths colors depths and configurations.
Nds has designed an upgraded and improved nds 5 pro series deep profile channel drain.
The nds pro series is a lightweight channel drain system with interlocking joints so connections are made quickly and easily.
The new and improved nds 5 pro series deep profile channel drain kit is the most durable feature rich and easy to install modular drainage system in its class.
The new nds 5 pro series channel drain is the most durable feature rich and simple to install modular drainage system in its class.
Nds pro series channel drains are a lightweight modular system with interlocking joints that offer quick and easy connections.
The modular design offers flexibility as each 20 section of channel can be snapped together for longer runs or divided down to lengths as short as 4 for smaller interlocking sections.
Channel is made from injection molded polypropylene with extended side ribs for increased channel strength and uv inhibitors to prevent fading and cracking.
5 pro series deep profile grate and channel drain 90 degree elbow sku 861 more details 5 pro series shallow profile channel drain light gray sku 820.
Nds offers the broadest line of durable and easy to install channel and trench drain systems from 1 to 12 widths available in a wide variety of materials to meet the load and volume requirements of any job.