INTEGRAL PH1 BioZinalium pipes DN250 to 800 with UNIVERSAL STANDARD socket + Weld bead Ve
Technical design
| 250 | 5.97 | 6.8 | 1.6 | 6,8 | 276.8 | 166 | 350 | 110 | 45.980 | TFB25N60VP |
| 500 | 5.97 | 9.3 | 1.6 | 532 | 535 | 200 | 625 | 125 | 139.300 | TFB50N60VP |
| 700 | 6.90 | 10.8 | 1.8 | 738 | 741.7 | 250 | 855 | 158 | 190 | TFB70G70VP |
| 800 | 6.90 | 11.7 | 1.8 | 842 | 845.8 | 261 | 980 | 150 | 247.300 | TFB80G70VP |
Features
Legend:
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DN : nominal diameter
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Lu : laying length, in m
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e: thickness according to EN598 + A1 – August 2009, in mm
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er: thickness of the polyurethane, according to NF EN 15655 – March 2009, in mm
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ØDE : external nominal diameter of the barrel according to EN598 + A1 – August 2009, in mm
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ØDI : internal nominal diameter of the socket, in mm
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P : nominal depth of the socket, in mm
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ØB : nominal diameter of the socket, in mm
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Mass : total mass per meter (including polyurethane coating and socket), determined with the nominal thickness, in kg/m
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Reference : commercial reference Saint-Gobain PAM
Field of use:
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Separate sewer system and combined sewer system
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Application: gravity flow and rising main sewerage systems
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Type of effluent: domestic wastewater and rainwater
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Perfectly watertight
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For effluents between pH1 and pH13
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For the soils with 6 < pH < 9
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Majority of the soils, except the acid peaty and polluted soils
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Suitable for clay soils
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Resistivity of the soils:
Main characteristics:
- External coating BioZinalium: a layer of zinc-aluminium alloy enriched with copper Zn85Al15 (Cu), with surface density of 400 g/m² covered with a protective red (RAL 3011) layer AQUACOAT 80 μm (mini average), without VOC and without BPA.
- Internal lining: polyurethane
- Spigot and socket coating: reinforced red epoxy paint 300 microns (mini average)
- Standard Gasket in Nitrile
- EN 598 / EN 15655 / CE Marking
- NF Mark
- Declaration of performances DoP-INTEGRAL005EN
- Designed in accordance with applicable regulations:
- NF EN 476: general stipulations regarding components used in systems
- NF EN 752: design of sewerage projects
- NF EN 1610: acceptance of structures