Effective polyurethane pipe insulation with durable pipe bowls
Meets the strict requirements of the EN 253 standard
At Dan-iso, we are proud to offer high-quality cast pipe trays, specially developed for insulation in the district heating industry. These pipe bowls are made from an advanced polyurethane type that is used, among other things, in pre-insulated district heating pipes.
Dan-isoMOLD molded pipe insulation cups meet the strict requirements of the EN 253 standard, ensuring that they provide reliable and effective insulation under even the most demanding conditions.
The molded PUR pipe sockets are designed to provide optimal insulation in district heating systems, as well as being extremely suitable for technical insulation in a wide range of industrial sectors where effective thermal insulation is essential.
Whether it is about insulating pipes in power plants, production plants or other industrial installations, our pipe trays provide the necessary protection and energy efficiency.[/vc_column_text]
Flexible dimensions and solutions
To meet different needs, our cast pipe bowls are supplied in a wide range of dimensions. For steel pipes, we offer pipe bowls with a diameter from Ø 77 mm up to 1000 mm, while pipe bowls for aluminum can be supplied in dimensions from Ø 90 mm to 315 mm.
We understand that different projects require different solutions, therefore the bowls are cut to lengths according to the customer's specifications. Alternatively, they can be supplied in our standard lengths of 380 mm, 500 mm, 580 mm or 1150 mm.
In addition to molded pipe bowls, we also offer pipe bowls cut from block foam. These block-cut pipe bowls can be supplied in several variants and can be adapted to even more specific requirements than the cast pipe bowls. This gives our customers a greater degree of flexibility when it comes to choosing the right insulation solution for their specific applications.
Application
Effective insulation solutions with PUR pipe insulation
PUR pipe insulation is an excellent solution for both large industrial pipe installations, construction and renovation projects as well as specialized technical tasks. With its unique insulating properties, PUR pipe insulation effectively protects against temperature fluctuations, reduces energy loss and ensures optimal function in a wide range of applications. PUR pipe insulation is used in many other industries, including the oil and gas sector, construction, HVAC systems and cooling systems. Its versatility and reliability make it a preferred choice in engineering projects where both longevity and high precision are needed to achieve the best results.
Flexible, durable and energy-efficient solutions for pipe installations
PUR (polyurethane) is a light, robust and temperature-resistant material that withstands both mechanical stress and extreme weather conditions. This makes PUR pipe insulation ideal for both indoor and outdoor use. The tight fit and good insulation properties reduce heat loss and improve energy efficiency, while protecting the pipes from temperature fluctuations and damage.
Also explore our Dan-isoMOLD pipe insulation with internal foam protection – Dan-isoMOLD with foam.
The molded pipe trays are designed to provide optimal insulation in district heating systems, for technical insulation, insulation of pipes in power plants, production plants or other industrial installations with the necessary protection and energy efficiency.
Technical data sheet
Contact us for product sheet.
Technical specifications
| Material properties | Value | Standard |
|---|---|---|
| Density | 68 kg/m3 (±8 kg/m3) | ISO 845 (/DIN 53420-78) |
| Closed cells | ≥ 88 % | ISO 4590 |
| Cell size | < 0.5 mm | EN253 5.3.2.1 |
| Water absorption during boiling | Mean value 4.4 % Vol | EN253 5.3.5 |
| Compressive strength, radial | ≥ 0.40 Mpa | ISO 844 |
| E-module, radial | ≥ 9.5 MPa | ISO 844 |
| Dimensional stability | ||
| -30 C° | 48h: 0.0 % vol | |
| +100 C° | 48h: -1.0 % vol | ISO 2796 (/DIN 53431-77) |
| +150 C° | 48h: -1.4 % vol | |
| Thermal Insulation Value (thermal conductivity) | ||
| λ10 | 0.0238 W/m*K | |
| λ20 | 0.0247 W/m*K | ISO 8301 / ASTM C518 |
| λ50 | 0.0284 W/m*K | |
| Fire class | B3 | DIN 4102 Part 1 |
