About Insul-Tek® Dual-Con FRP
Insul-Tek® Dual-Con FRP
Typical Uses:
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Insul-Tek® Dual-Con FRP is the ideal system for use on those sites that pose the most difficult of conditions for an underground preinsulated piping system. The FRP system provides “double protection” for your underground piping systems.
The Dual Con FRP system utilizes two (2) separate protective casings. The Exterior Casing is a Corrosion Proof, non-metallic Fiberglass Reinforced Plastic (FRP) casing, which is filament wound directly on to the void-free spray applied polyurethane foam insulation. Fiberglass Reinforced Plastic (FRP) casings have much higher heat limitations than thermal plastic casings such as H.D.P.E. The Inner Casing is a Steel Conduit which provides the strength of steel and is easily welded in the field and air tested to prove its integrity (tightness). The Dual-Con FRP system utilizes Two (2) different types of Insulation Systems, an Exterior Layer of the most thermally efficient Polyurethane Foam insulation, in conjunction with an Inner Layer of High Temperature Insulation consisting of: mineral wool, Foamglas®, calcium silicate or perlite insulation. Insul-Tek® FRP is manufactured to withstand the most severe and corrosive conditions that can be found in an underground heat distribution site. Dual-Con FRP is both the most thermally efficient system, and the most corrosion resistant preinsulated piping system available today.
Insul-Tek® Dual-Con FRP
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22 07 16 - Plumbing Equipment Insulation
23 07 19 - HVAC Piping Insulation
23 11 13 - Facility Fuel-Oil Piping
26 01 40 - Operation and Maintenance of Electrical and Cathodic Protection Systems
26 06 40 - Schedules for Electrical and Cathodic Protection Systems
26 40 00 - Electrical and Cathodic Protection
26 42 00 - Cathodic Protection
26 42 13 - Passive Cathodic Protection for Underground and Submerged Piping
26 42 16 - Passive Cathodic Protection for Underground Storage Tank
33 50 00 - Fuel Distribution Utilities
33 51 00 - Natural-Gas Distribution
33 51 13 - Natural-Gas Piping
33 52 00 - Liquid Fuel Distribution
33 52 13 - Fuel-Oil Distribution
33 52 16 - Gasoline Distribution
33 52 19 - Diesel Fuel Distribution
33 52 43 - Aviation Fuel Distribution
33 61 00 - Hydronic Energy Distribution
33 61 13 - Underground Hydronic Energy Distribution
33 61 23 - Aboveground Hydronic Energy Distribution
33 61 33 - Hydronic Energy Distribution Metering
33 63 00 - Steam Energy Distribution
33 63 13 - Underground Steam and Condensate Distribution Piping
33 63 23 - Aboveground Steam and Condensate Distribution Piping
40 11 13 - Low-Pressure Steam Process Piping
40 11 16 - Intermediate-Pressure Steam Process Piping
40 11 23 - Condensate Process Piping
40 21 23 - Fuel-Oils Process Piping
40 21 23.13 - No. 2 Fuel-Oil Process Piping
40 21 23.16 - No. 4 Fuel-Oil Process Piping
40 21 23.19 - No. 5 Fuel-Oil Process Piping
40 21 23.23 - No. 6 Fuel-Oil Process Piping
40 41 00 - Process Piping and Equipment Heat Tracing
40 41 13 - Process Piping Heat Tracing
40 41 13.13 - Process Piping Electrical Resistance Heat Tracing
40 41 13.16 - Process Piping Electrical Conductance Heat Tracing
40 41 13.19 - Process Piping Gas Heat Tracing
40 41 13.23 - Process Piping Steam Heat Tracing
40 41 13.26 - Process Piping Thermal Fluids Heat Tracing
40 41 23 - Process Equipment Heat Tracing