A. Inner Saddle Adheres To Insulation Barrier and Moves With Piping.  While Sliding On PTFE Surface Below.

B. Ribbed Lower Saddle Remains Stationary On Pipe Stand.  Pipe Hanger, Or Trapeze Hanger.

C.  PTFE Layer Is Laminated TO lower Saddle Providing A Minimal Friction Surface For Upper Saddle To Slide Against.

• Sliding saddles are an economical way to minimize vapor barrier and weather barrier damage caused from pipe movement.

• Sliding Saddles require minimal labor to install versus roller systems.

• Sliding Saddles are less than half the cost of roller systems.

• PTFE (polytetrafluoroethylene) liner provides nearly friction-free movement between upper and lower saddles.

• High Quality saddle design and construction helps to prevent insulation crushing.

• Beveled ends help protect vapor and weather barriers against corner punctures.

• Sliding Saddles help to assure longer insulation and vapor barrier life.

• Sliding Saddles are available in a wide range of sizes.

• Easily retro-fitted to existing insulation systems.