72″ I.D. Cryogenic Insulated Supports
PT&P manufactured 72″ dia. insulated supports for temperatures as low as -260°F. The insulation is multi-layered comprised of polyurethane foam with a density of 20 PCF, a vapor barrier, an aluminum metal jacket, and acoustic pads. The acoustic pads are installed around the cold shoe to absorb vibration. The base and bearing plates are fabricated from carbon steel. The shoes will be used to support and insulate piping in a receiving & regassification plant and refinery.
Do you require cryogenic insulated supports in your piping system? Get pricing now!
Cryogenic Insulated Supports with Acoustic Pads
The operating temperature for these cryogenic shoes ranges from -290°F to 90°F. They are designed for 56″ diameter pipe and are capable of supporting loads up to 40,000 lb. The insulation is multi-layered comprised of 20 PCF polyurethane, a vapor barrier, an aluminum metal jacket, and acoustic pads. The acoustic pads are installed around the cold shoe to absorb vibration. The base and bearing plates are fabricated from carbon steel.
PT&P is Now Certified with Texas Board of Professional Engineers
Piping Technology & Products, Inc. has been approved for registration with the Texas Board of Professional Engineers.
View Texas Board of Professional Engineers Certificate
In an effort to ensure safe engineering practices throughout the State of Texas, the Texas Board of Professional Engineers has acknowledged that Piping Technology & Projects meets the necessary qualifications to provide professional engineering services and has therefore awarded PT&P a certificate stating its eligibility.
164 Wide Base Sliding Insulated Supports
The hot shoes are fabricated from A-36 carbon steel with 304 stainless steel slide plates. The 18″ dia. hot shoe has a maximum vertical load of 5500 lb. and the 24″ dia. hot shoe is capable of loads up to 13,750 lb. All the supports in this project are designed for temperatures of up to 1200°F. In addition to the insulation, these supports are capable of sliding axially or laterally as part of the piping system.
