Polyurethane pipe supports and suspension cups
Insulated pipe supports are essential components in industrial insulation where high compressive strength and load-bearing capacity are required.
Advantages of PUR and PIR insulated pipe supports
PIR insulated pipe supports combine high mechanical strength and excellent thermal insulation. They have low thermal conductivity, are resistant to moisture, chemicals and high temperatures, making them ideal for both construction and industrial installations. Their light weight makes installation easy and efficient.
Use in district heating systems and other industries
In district heating systems, PIR supports reduce heat loss, increase energy efficiency and extend the life of pipelines. They are also used in the plumbing, HVAC, refrigeration and chemical industries, where they protect systems and reduce the need for maintenance.
Application
Suspension bowls and pipe supports are essential components in industrial insulation, where high compressive strength and bearing capacity are required.
Here are some of their primary uses:
- Insulation: Polyurethane pipe supports can contribute to thermal or acoustic insulation, depending on the material specifications and application.
- Support: Polyurethane pipe supports are used to support pipes and other cylindrical components.
- Corrosion protection: Polyurethane pipe supports can act as a protective barrier against corrosion and wear. They can prevent direct contact between pipes and other surfaces that could cause damage or degradation.
- Flexibility in design: Polyurethane pipe supports can be designed and manufactured in various sizes and shapes to meet specific requirements for a project.
These properties make polyurethane pipe supports a popular solution in many industries, including construction, energy, transport and many other technical areas.
Technical data sheet
Contact us for further information and product datasheet.
Technical specifications
| Material properties | Value | Standard |
|---|---|---|
| Density (Mean) | 75 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 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 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 |
