FILCOTEN Trench drain pro E
A heavyweight when it comes to performance:
Applications
Because FILCOTEN® pro E can handle a high load capacity, it is suitable for installation in industrial areas where corrosion resistance is required, such as factories and warehouses. With it’s sleek good looks, however, it can easily be used in public places of architectural interest.
Application specific rail choices
The FILCOTEN® pro E channel system is available standard 4mm thick rails are heavy duty.
With our FILCOTEN® pro E channel, you don’t have to compromise on quality or durability.
It’s stable yet lightweight, and can be adapted to site conditions. FILCOTEN® pro E is available in stainless steel rails up to class E 600 (acc. to EN 1433).
FILCOTEN® pro E channels are also available in a shallow version with a lower overall height of 2.36 inches.
Technical Data
Benefits
Literature
Spec Sheets
Installation Drawings
Optional Accessories
Channel geometry/surfacing
The flat inner surface of FILCOTEN® pro E channels are highly crafted, making each channel smooth in order to minimize surface friction. This attention to detail achieves the best possible flow characteristics and a superior self-cleaning effect. The textured outer surface ensure perfect cohesion with the concrete bed.
Prefabricated sealant groove
Sealant groove for waterproof installations.
Vertical outlet on every channel
Every channel body has a vertical outlet option.
No longitudinal shift of grating
Two anti-sliding lugs secure the grating against any longitudinal shifting and provides additional safety.
Fast and secure “fiX“ snap-On locking system
The grating has an intelligent fiX connection: a simple four-point, quick-release safety device.
Perfect installation
Anchoring ribs ensure a secure bond with the surrounding concrete bed.
Innovative production technology
The innovative FILCOTEN® pro E production and molding technology, allow for completely flat sides. This means flush installations against buildings are easy and attractive. Our advanced molding technology allows for the design of support and anchoring ribs, making both a secure bond and a structurally strong channel.
Stability thanks to the FEM analysis
The FEM analysis is a computer-assisted process which simulates load demands. The more precise our knowledge of load demands, the easier it is to choose the right design solution.
