Advance Thermal Corp. is proud to introduce a new addition to its HEATAINER® family of products, a revolutionary removable/reusable insulation cover - S.L.I.M. (Super Light Insulation Matrix) - incorporating PYROGEL®, from the Aerogel line of products, as an insulation core. PATENT PENDING. [click here for a PDF flier]
What Is An Aerogel?
- Aerogels are nano-porous solids invented in the 1930's.
Aerogels are created when silica is gelled in a solvent.
When the solvent is removed, what remains is "puffed-up sand", with up to 99% porosity.
Nano-porosity slows heat and mass transport, providing record-low thermal conductivity.
Twin Aspen Innovations moved aerogels from lab curiosity to a high-volume industrial product.
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Aerogels Have the Lowest k-Value of Any Industrial Insulation
Thickness Comparison at Equal R-Values
Pyrogel has Many Benefits on Hot Process Equipment
- Industry's best k-value saves energy with 2-5X less material.
- Greater space efficiency.
- Lighter and easier to handle covers.
- Insulation productivity.
- Shop or field fabrication.
- Very fast in 1 & 2 ply designs.
- Single-man installs.
- Good in difficult-to-access areas.
- Greater in-service durability.
- Durably hydrophobic (does not retain water).
- Will not crack, crumble or sag.
- Reduces cladding, banding and vapor barrier costs.
- Packed volume reduced 5-10X.
- Less scrap, trucking and storage.
- Single part number simplifies logistics and planning.
- Excellent fire protection.
Proven Applications for Pyrogel in Hydrocarbon Processing
Pyrogel is Mechanically Robust and Tolerates Abuse
Pyrogel will withstand higher compressive loads (i.e. tool strikes, footfall, etc) with minimal degradation and less damage to the cladding.
Summary and Conclusions - Advantages to the Owner/Operator
Pyrogel is Doped with a Hydrophobic Agent
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The hydrophobic agent helps make Pyrogel resistant to moisture, allowing it to shed water.
ABOVE: Droplets of water bead-up on top of sections of Pyrogel, reacting to the hydrophobic agent.
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During Hurricane Katrina, and Aerogel-insulated pipe was flooded with sea water. Once the waters receded, the pipeline was drained, dried and re-tested. No degradation was found. The pipe was subsequently sealed and put into service off the coast of Africa.
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Standard Testing for Pyrogel 6350
| ASTM Test |
Description |
Result |
| ASTM C177 |
Hot Plate Thermal Conductivity |
Confirmation of Aspen Data |
| ASTM C335 |
Thermal Conductivity on Hot Pipe |
Confirmation of Aspen Data |
| ASTM C356 |
Linear Shrinkage - Coupon Test |
Passed |
| ASTM C411/C447 |
Continuous Use Temperature |
0.5% Shrinkage @ 662°F |
| ASTM C165 |
Compressive Strength |
Completed |
| ASTM C592 |
Vibration Testing |
Passed |
| ASTM C1104 |
Water Vapor Sorption |
Completed / Low |
| ASTM C1510 |
Water Repellency |
Weight Gain Low |
| ASTM C1559 |
Water Wicking |
Complete / Non-Wicking |
| ASTM C1101 |
Rigidity Classification Test |
Resilient and Flexible |
| ASTM C1338 |
Fungal Growth |
Complete / No Growth |
| ASTM E1222-90 |
Acoustic Properties |
Complete / Sound Reduction |
| ASTM E84 |
Surface Burning Fire Test |
Class A Rating / No Fuel Contribution |
| ASTM C136 |
No Combustibility Test |
Passed |
| UL 1709 |
Rapid Rise HC Fire Test |
Excellent Performance / 60 min Achieved |
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