Dive deeper into Piping Tech’s thorough expansion joint cycle test as we show an actual demonstration of our expansion joint testing process.
Expansion Joint Cycle Testing
June 18, 2019
Tag: Expansion Joints
Dive deeper into Piping Tech’s thorough expansion joint cycle test as we show an actual demonstration of our expansion joint testing process.
Learn more about the operation details of universal expansion joints, which require only light anchors and minimum guiding.
Universal Expansion Joints
Learn more about the operation details of universal expansion joints, which require only light anchors and minimum guiding.
Watch as the Piping Tech team’s largest expansion joint, 178 inches in diameter, begins its journey to Virginia.
178 in. Expansion Joint
Watch as the Piping Tech team’s largest expansion joint, 178 inches in diameter, begins its journey to Virginia.
The team at Piping Tech are experts at in the production and design of gimbal expansion joints. Learn more in this webinar!
Gimbal Expansion Joints
The team at Piping Tech are experts at in the production and design of gimbal expansion joints. Learn more in this webinar!
Check out a variety of expansion joints from Piping Tech including fabric expansions joints, rubber expansion joints, high temperature expansion joints and much more.
Fabric Expansion Joints
Check out a variety of expansion joints from Piping Tech including fabric expansions joints, rubber expansion joints, high temperature expansion joints and much more.
Learn more the expansion joint with this timelapse video from Piping Tech.
Learn more about the engineering and design process at Piping Technology & Products.
The Piping Tech teams walks through the engineering and design process for pipe supports at our Houston, TX based manufacturing plant in this video.
PT&P Engineering and Design
October 3, 2017
Learn more about the engineering and design process at Piping Technology & Products.
The Piping Tech teams walks through the engineering and design process for pipe supports at our Houston, TX based manufacturing plant in this video.
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These expansion joint components were fabricated for a pressure balanced expansion joint in a nuclear power facility in Pennsylvania. They are 46″ square, fabricated from carbon steel duct with Inconel 625 bellows, and 321 stainless steel liner. The design conditions were +/- 0.875″ axial compression, 1,346 lb./in. lateral spring rate and 15 psig at 250°F. All welds were 100% dye penetrant examined and a pneumatic pressure test at 15 psig was conducted prior to shipping.
Expansion Joint Components for Nuclear Facility
July 23, 2012
These expansion joint components were fabricated for a pressure balanced expansion joint in a nuclear power facility in Pennsylvania. They are 46″ square, fabricated from carbon steel duct with Inconel 625 bellows, and 321 stainless steel liner. The design conditions were +/- 0.875″ axial compression, 1,346 lb./in. lateral spring rate and 15 psig at 250°F. All welds were 100% dye penetrant examined and a pneumatic pressure test at 15 psig was conducted prior to shipping.
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U.S. Bellows, Inc. custom designed and manufactured three 2’ – 6” OD x 23’ – 1/3” long expansion joints for a refinery in New Jersey. The bellows, pipes, and lugs were fabricated from Inco 800H high nickel alloy, A312tp 316H stainless steel, and A240tp 316H stainless steel, respectively. The expansion joints are designed for 60 PSIG, 1100°F, and 47,000 lbs. of thrust to accommodate for a high temperature application.
Three 23″ – 1/3″ Expansion Joints for a Refinery in New Jersey
July 4, 2003
U.S. Bellows, Inc. custom designed and manufactured three 2’ – 6” OD x 23’ – 1/3” long expansion joints for a refinery in New Jersey. The bellows, pipes, and lugs were fabricated from Inco 800H high nickel alloy, A312tp 316H stainless steel, and A240tp 316H stainless steel, respectively. The expansion joints are designed for 60 PSIG, 1100°F, and 47,000 lbs. of thrust to accommodate for a high temperature application.
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