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WIRSBO 5027925 2-1/2 PEX PIPE WITH 7.9 JACKET
Product Details
Attributes
Features
Resources
Uponor Ecoflex® Thermal Pipe, Twin, 2-1/2 in Nominal, 2.011 in Inside Dia, 2-5/8 in Outside Dia, 0.59 in Wall Thickness, 0.25 Btu-in/hr-sq-ft-deg F, 4.75, 73.4 to 200 deg F, Polyethylene
Ecoflex thermal twin pipes are designed for fluid transfer in heating and cooling applications. The Wirsbo hePEX service pipes in Ecoflex thermal twin piping are manufactured by the Engel-method (PEX-a) process and are listed to ASTM F876 and F877. An oxygen-diffusion barrier extruded onto the service pipe dramatically reduces the amount of oxygen molecules that can migrate through the tubing wall. This oxygen-diffusion barrier protects ferrous components within the fluid pathway from corrosion. The pipe is surrounded by multi-layer, closed-cell, PEX-foam insulation and a water-resistant, corrugated HDPE jacket, making it ideal for direct-burial applications.
- Corrugated, seamless high-density polyethylene (HDPE), UV-protected jacket
- Multilayered, closed-cell, crosslinked polyethylene (PEX) foam insulation
- 0.1 g/100 sq in/day vapour permeability
- 48 in bend radius
- 73.4 deg F at 160 psi hydrostatic rating
- 180 deg F at 100 psi hydrostatic rating
- 200 deg F at 80 psi hydrostatic rating
- Install Ecoflex thermal twin pre-insulated pipe in buried or aboveground hydronic radiant heating and cooling applications
- Ecoflex end caps are required on all exposed ends of ecoflex pipes to avoid ground water contamination
- Crosslinked polyethylene material
- SDR-9 engel method of manufacture
- Use ProPEX fittings up to 3 in or WIPEX fittings for the whole range
Product Details
Uponor Ecoflex® Thermal Pipe, Twin, 2-1/2 in Nominal, 2.011 in Inside Dia, 2-5/8 in Outside Dia, 0.59 in Wall Thickness, 0.25 Btu-in/hr-sq-ft-deg F, 4.75, 73.4 to 200 deg F, Polyethylene
Ecoflex thermal twin pipes are designed for fluid transfer in heating and cooling applications. The Wirsbo hePEX service pipes in Ecoflex thermal twin piping are manufactured by the Engel-method (PEX-a) process and are listed to ASTM F876 and F877. An oxygen-diffusion barrier extruded onto the service pipe dramatically reduces the amount of oxygen molecules that can migrate through the tubing wall. This oxygen-diffusion barrier protects ferrous components within the fluid pathway from corrosion. The pipe is surrounded by multi-layer, closed-cell, PEX-foam insulation and a water-resistant, corrugated HDPE jacket, making it ideal for direct-burial applications.
Attributes
Features
- Corrugated, seamless high-density polyethylene (HDPE), UV-protected jacket
- Multilayered, closed-cell, crosslinked polyethylene (PEX) foam insulation
- 0.1 g/100 sq in/day vapour permeability
- 48 in bend radius
- 73.4 deg F at 160 psi hydrostatic rating
- 180 deg F at 100 psi hydrostatic rating
- 200 deg F at 80 psi hydrostatic rating
- Install Ecoflex thermal twin pre-insulated pipe in buried or aboveground hydronic radiant heating and cooling applications
- Ecoflex end caps are required on all exposed ends of ecoflex pipes to avoid ground water contamination
- Crosslinked polyethylene material
- SDR-9 engel method of manufacture
- Use ProPEX fittings up to 3 in or WIPEX fittings for the whole range