Smooth-walled fiber optic duct in coils diameter 32mm QRGS (OPTO) 32/2.9 black L=250m /250m/ 100322925003

Fiber optic duct for secondary ducting and cable conduits

This black, smooth-walled QRGS (OPTO) duct with a diameter of 32mm, supplied in practical coils, is a reliable solution for building fiber optic secondary ducting and cable conduits. Made of polyethylene (PE), it is characterized by high strength and flexibility, making it easy to install even in difficult terrain. This duct is particularly recommended for laying fiber optic cables using both pneumatic and mechanical methods.

Construction and application

The smooth inner surface of the duct and a special slip layer minimize resistance during cable pulling, resulting in faster and easier installation. It can be used both in open trenches and with a plow layer. Thanks to its compression resistance (750N), it provides safe protection of cables against mechanical damage. This is an ideal product for professionals involved in the installation of fiber optic networks, but it will also be suitable for private investments.

Features and benefits

• Durable material: Polyethylene (PE) provides resistance to weather conditions and mechanical damage.
• Easy installation: Smooth inner surface and flexibility facilitate cable pulling and duct laying.
• Versatility: Can be used in open trenches and with a plow layer.
• Available in coils: Delivery in coils of 250m (or other length by agreement) facilitates transport and storage.
• Compliance with standards: The product meets the requirements of PN-EN 50626-1:2023 standard, guaranteeing safety and quality.
• Customization options: Other colors are available on request, as well as the option of equipping the duct with a rope to facilitate cable pulling (subject to individual agreement).
• OPTO replacement: It is a proven alternative to OPTO ducts, offering similar parameters and functionality.

QRGS duct is not only cable protection – it is an investment in the durability and reliability of your fiber optic network.