Expansion Joints Compensator
Double-Flow Sleeve Compensator
Double-flow sleeve compensator; DN25–DN1200; PN0.6–PN2.5 MPa.
Quick Specifications
- Type
- Double-flow sleeve compensator
- Size
- DN25–DN1200
- Material
- Steel body with forming filler and semi-solid sealing compound
- Pressure
- PN0.6–PN2.5 MPa
- Connection
- Flanged
- Temperature
- ≤400 °C
Product Details
Double-flow sleeve unit for overhead and straight thermal pipelines. Key configuration must be confirmed against the actual medium, design pressure, design temperature, connection standard and installation conditions.
Specifications
| Parameter | Value |
|---|---|
| Model | SLT |
| Product Family | Sleeve compensator |
| Size Range | DN25–DN1200 |
| Pressure Rating | PN0.6–PN2.5 MPa |
| Body / Main Material | Steel body with forming filler and semi-solid sealing compound |
| End Connection | Flanged |
| Temperature Range | ≤400 °C |
| Typical Application | Double-flow sleeve unit for overhead and straight thermal pipelines. |
| Ordering Notes | Confirm selected size, connection, material, pressure-temperature limit and required certification before order. |
| Catalog Reference | Catalog p. 32 |
FAQ
What should be confirmed before ordering?
Confirm size, connection, material, medium, pressure, temperature and installation conditions against the final project requirement.
Are the listed ratings applicable to every size?
No. Ratings and dimensions vary by model, size, material and end connection. Use the supplier drawing and final technical data for confirmation.
Can materials and dimensions be customized?
The catalog lists standard ranges. Material, connection and dimensions may be supplied to project requirements after technical confirmation.
Which documents can be requested?
Dimensional drawing, material information, inspection record and packing documentation can be requested with the order.
Need This Product for Your Project?
Send us your required size, material, pressure rating, quantity or applicable standard, and our team will review your requirement.
