Radpol Pipes Pre-Insulated Pipe – Chilled Water

Radpol Pipes Pre-Insulated Pipe – Chilled Water

Built to EN253 standards, Radpol’s pre-insulated rigid pipe system delivers reliable performance in chilled-water and district cooling applications. Built from advanced PE100 RC materials and manufactured in single, double, or triple layer configurations, each pipe provides long-term structural reliability even under trenchless installation conditions.

All systems support butt fusion, electrofusion, and mechanical couplings, and are available in medium-specific colour coding for gas, potable water, and utility water networks. With certified performance, long service life, and proven compatibility with trenchless technologies, Radpol delivers a robust, low-maintenance, and environmentally responsible solution for modern underground infrastructure.

Design Parameters

Pressure Class:16 Bar
Temperature:140°C intermittent, Up to 120°C continuous
Dimensions:DN20-DN1000
Size Range:3/4" to 40"
Certification:PN‑EN 253, PN‑EN 448, PN‑EN 489, PN‑EN 1394
Material:Carrier Pipe: PE100 RC (single‑, double‑, or triple‑layer)
  • Chilled Water Distribution

Frequently Asked Questions

Find quick answers to some of the most common questions

Do Radpol chilled water pipes support integrated electronic leak detection?

Yes. Factory-embedded copper alarm wires inside the PUR insulation connect to moisture monitoring systems to instantly locate casing damage or water ingress along the trench.

How do Radpol chilled water pipes prevent condensation and moisture saturation?

Radpol pipes use a closed-cell PUR foam core sealed inside a seamless HDPE outer casing, creating an impermeable vapor barrier that blocks soil moisture and prevents condensation on chilled lines.

How are field pipe joints sealed against groundwater ingress?

Field joints are sealed using heat-shrinkable or electrofusion HDPE sleeves filled with poured PUR foam, creating a continuous, watertight insulation layer matching the factory pipe.

How do Radpol chilled water pipes handle thermal contraction underground?

The bonded steel carrier pipe, PUR foam, and HDPE jacket act as a single composite structure, utilizing soil friction and engineered expansion bends to manage thermal movement.

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    Marc Soucy, P.Eng

    National Sales Manager

    I am a mechanical engineer with 35+ years of experience in plant operations, maintenance, and technical sales. As National Sales Manager I bring deep expertise in the power industry and specialty valve market. Having worked on both sides of the desk, I understand the challenges plant teams face. You can trust that I won’t recommend a product unless I know that it will do the job for you.

    Marc Soucy, P.Eng

    Directeur National des Ventes

    Je suis ingénieur en mécanique et possède plus de 35 ans d'expérience en exploitation, maintenance et ventes techniques industrielles. En tant que directeur national des ventes, j'apporte une expertise approfondie du secteur de l'énergie et du marché des vannes spécialisées. Ayant travaillé sur ces deux fronts, je comprends les défis auxquels sont confrontées les équipes d'usine. Soyez assuré que je ne recommanderai aucun produit sans être certain qu'il répondra à vos besoins.