Corrugated halogen-free conduit with pull cord (halogen-free flexible conduit) RIS-HF-FR-P E16 (11x16) colour RAL 7035 grey, 750N resistance 50mB W3685

Corrugated halogen-free conduit with pull cord – protection and safety for installations

The halogen-free corrugated conduit, also known as a halogen-free flexible conduit, is a reliable solution for routing and protecting electrical cables. Made of polypropylene (PP), it is characterized by high resistance to external factors and ensures safety in places with increased fire safety requirements. The RIS-HF-FR-P E16 (11x16) model in RAL 7035 (grey) provides 50 meters of product ready for use.

Safety and compliance with standards

The key feature of this conduit is its halogen-free properties, which means it does not release toxic chemicals during combustion. This is extremely important in public buildings, industrial plants, and anywhere where protecting health and life is a priority. The conduit meets the requirements of directive 2014/35/UE (LVD) and has a flammability rating of HB (UL94), with the possibility of modification to V-0, V-1, V-2 (UL94), B-1, B-2 (DIN 4102) on request. The conduit material is self-extinguishing and does not spread flames.

Construction and installation – convenience for the installer

The built-in pull cord (steel wire) significantly facilitates cable pulling, especially over long distances. The flexible construction of the conduit allows for easy adaptation to the shape of the installation, and its inner diameter of 11 mm and outer diameter of 16 mm provide adequate space for conductors. The conduit is resistant to crushing up to 750 N, guaranteeing the stability and durability of the installation. The operating temperature range from -25°C to +110°C allows it to be used in various environmental conditions.

Additionally, the conduit material is characterized by a high coefficient of mechanical strength and impact resistance, minimizing the risk of damage during installation and operation. It is also resistant to many chemicals, increasing its durability in harsh industrial conditions.