As with all of our Transition Fittings, our polyethylene-to-steel joints are actually many times stronger than the PE pipes they attach to.
Our time-tested design eliminates human error in the plastic-to-steel connection by providing a tamper-proof, gas tight, ASTM D2513 Category 1 mechanical joint.
Our Category 1 Fittings exceed the hydrostatic burst pressure and tensile strength of the polyethylene pipe and are designed to exceed ASTM F1973 specifications.
Features
All Products are Protected with an Electrostatically-applied, Fusion-bonded Epoxy Powder Coating Specifically Designed for the Exterior of Gas or Petroleum Pipelines
One-piece Design Eliminates Loose Parts
PE-to-Steel Transition Joints are Stronger than the PE Pipe Itself
Transition Joint Designed to Effectively Resist Pullout
The Transition Design Utilizes a Double O-Ring Design for Added Protection
All Gas Carrying Welds on Steel Transitions are 100% Air Tested
As with all of our Transition Fittings, our polyethylene-to-steel joints are actually many times stronger than the PE pipes they attach to.
Our time-tested design eliminates human error in the plastic-to-steel connection by providing a tamper-proof, gas tight, ASTM D2513 Category 1 mechanical joint.
Our Category 1 Fittings exceed the hydrostatic burst pressure and tensile strength of the polyethylene pipe and are designed to exceed ASTM F1973 specifications.
Features
All Products are Protected with an Electrostatically-applied, Fusion-bonded Epoxy Powder Coating Specifically Designed for the Exterior of Gas or Petroleum Pipelines
One-piece Design Eliminates Loose Parts
PE-to-Steel Transition Joints are Stronger than the PE Pipe Itself
Transition Joint Designed to Effectively Resist Pullout
The Transition Design Utilizes a Double O-Ring Design for Added Protection
All Gas Carrying Welds on Steel Transitions are 100% Air Tested