Cryogenic Polyurethane Foams
UrePac® Cryo is our range of products suitable for cryogenic LNG applications. UrePac® Cryo is independently tested to specifications and our LNG products are utilised on a global scale.
Why Cryogenic Foams?
LNG is a safe, low cost, clean-burning fuel in comparison to traditional oil-derived fuels.
Typical Applications
- LNG Applications
- High Density Foam suitable for structural foams for pipe supports
- Low Density Foam suitable for insulation of pipes, valves and flanges from spray applied to injection grades
Types of Cryogenic Products
This product list is a typical example of the cryogenic foams supplied in these applications. If you require any polyurethane systems not listed please contact our specialists to discuss your requirements further.
| Product Code | Cream Time(s) | Free Rise Density (kg/m3) | TDS | SDS(GHS) | Description | Features |
|---|---|---|---|---|---|---|
| UrePac™ Cryo 274 | 60 ± 5 | 105 ± 5 | UrePac™ Cryo 274 | SDS UrePac™ Cryo 274 | UrePac™ Cryo 274 is a Polyurethane foam system based on polyether polyols and PMDI. The formulation has been developed to manufacture high density pipe supports for pipelines carrying cryogenic liquids such as LNG, LPG and Ammonia. The system can be processed through high and low pressure dispensing equipment or hand-mixed and poured. |
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| UrePac Cryo 65 55 | 65 ± 5 | 55 ± 2 | UrePac Cryo 65 55 | SDS Urepac Cryo 65 55 Polyol | UrePac® Cryo 65 55 is a two component pour/ injection low index polyisocyanurate (PIR) foam based on polyether / polyester polyols and MDI isocyanate. The foam has been developed for the insulation of valves and pipe work for cryogenic liquids such as LNG, LPG and Ammonia The system has been formulated to have the processing benefits of polyurethane, with the fire performance of a PIR. |
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| Urepac Cryo 45 48 | 45 ± 3 | 48 ± 2 | Urepac Cryo 45 48 | SDS Urepac Cryo 45 48 | UrePac® Cryo 45 48 is a two component pour/ injection PUR / PIR foam based on polyether / polyester polyols and MDI isocyanate. The system has been developed for the insulation of valves and pipe work for low boiling liquids such as LNG, LPG and Ammonia. |
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