R.I.P. Shield - Pipeline Rock Protection By Tuff-N-Nuff

The R.I.P. Shield Advantage

• Can eliminate the need for select back fill.
• Insures a full protective encirclement for PE gas mains and services, water and sewer piping, triplex electrical cable, coaxial cable, and fiber optic conduit.
• Protects the carrier pipe from rock migration and soil erosion sometimes associated with select back fill.
• Maintains consistent and uniform installations.
• Reduces the cost of installation.
• Increases productivity.
• Reduces waste (excess select fill material).
• Provides an insulator between carrier pipe and tracer wire.
• Prevents damage to pipe / cable surface resulting from hand excavation.

Why should I use R.I.P. Shield?

• Easy to install: Flexible, no need for strapping.
• Easily removed for future tie-ins and repairs.
• Porous. Does not trap water.
• Product design easily supports double wrapping should extra protection be required.
• Ideal for URD (Underground Residential Development) / Common Trenching.
• Eliminates environmental concerns resulting from off-site disposal of excavated spoil.
• Convenient size rolls.

• 11 mm thick PVC strand extruded.
• Patented mesh design.
• Standard roll length: 60 ft
• Standard roll diameter: 24"
• Standard roll weight: 0.825 lb per square foot / 50 lbs per roll.
• Impact Strength per ASTM G14: A load of 200 pst reached a maximum penetration of roughly 50% within 48 hours at 75°F.
• Compressive Strength per ASTM D1621: 90 psi @ 50% deformation.
• Exceeds standards per ASTM B395: 0.010" maximum permanent deformation @ 111 psi.
• Color: Third party identification per international industry color code standards (Gas/Oil: Yellow, Electric: Red, Telecommunications & Cable TV: Orange, Water: Blue, Sewer: Green)

• Tuff-N-Nuff / R.I.P. Shield = 95% material cost / 5% labor (average installation time for a 60' service - 10-15 minutes).
• Select Fill = ± 40% material cost / ± 60% other (labor, equipment, etc.)

Why use R.I.P. Shield instead of large diameter casing?

• Should the carrier ever leak, the casing will transfer the gas away from its point of origin. Inherent problems are created as a result of gas leak migration. (Gas Industry).
• Must insert carrier into casing prior to service connection.
• Must ensure the casing is watertight. Should water penetrate the annular space and freeze, the carrier pipe could potentially be squeezed and restrict the flow of gas. (Gas Industry).
• Removal of PE casing for tie-ins or repairs can be difficult and potentially damaging to carrier pipe. (Gas Industry).
• Handling of casing reduces the amount of carrier pipe the service crew can haul.