- Home
- Companies
- Hauraton GmbH & Co. KG
- Products
- Hauraton - Model Recyfix Hicap F - Slot ...
Hauraton - Model Recyfix Hicap F -Slot Drainage System
High capacity slot drainage system for areas subject to extreme loads & dynamic forces. The RECYFIX HICAP systems have the ability to cope with extreme loads and dynamic forces up to an F 900 loading class. Manufactured from impact-resistant modified polypropylene fitted with a robust spheroidal ductile iron slotted top, the high capacity slot drainage systems are ideal for industrial and commercial environments.
Sustainable choice
All RECYFIX HICAP channel bodies are made with recycled material. Sourced from recycled goods found in everyday life, such as plastic bottles.
Using recycled material over virgin plastic in our manufacturing process is a conscious choice to help reduce our environmental impact. All of our RECYFIX HICAP channels are 100% recyclable after use.
The amount of recycled material used to produce RECYFIX HICAP is the equivalent of 182 recycled bottles. (Weight equivalent to 0.5 litre polypropylene bottles).
Choosing RECYFIX HICAP supports sustainable project goals and promotes responsible development.
Due to their hydraulic performance and capacity for retention, the channels can drain large volumes of surface water from extensive areas without overloading sewer networks. The RECYFIX HICAP 10000, for example, can retain 443 litres per metre.
- Time and cost-effective installation: fewer trash boxes and pipe connections required
- Lightweight channels: easy handling and installation (no heavy lifting equipment or installation aids)
- High level of resistance to frost, de-icing salts, UV radiation
- Narrow uniform design with a range of KTL-coated ductile iron slotted tops
- Simple and precise channel alignment with integrated tongue and groove joint
- Sustainable material: channel body is manufactured from recycled composite and is recyclable after use
- Adapted to individual project requirements e.g. channel run without slotted top
- Option for larger-sized channels for more retention
