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Check out SIMONA's extensive range of pipes and fittings made from different materials, including PE, PP, PVC, PVDF, and more. Suitable for sewer systems, drinking water supply, sewer renovation, and industrial applications.
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SIMONA AG Product Range Pipe and Fitting Field of Application
CompanyMaterial Range Groups of material Possible variations (excerpt) • PE-HD/-LD Polyethylene • PE-UHMW UHMW polyethylene • PE-HMW HMW polyethylene • PP-H/-B/-R Polypropylene • PVC-U Polyvinyl chloride • PVC-C Post-chlorinated polyvinyl chloride • PVDF Polyvinylidene fluoride • E-CTFE Ethylene-chlorotrifluoroethylene • PETG Polyethylene terephthalate • AS anti-static • B for tanks/vessels requiring mandatory test certificates • AR anti-slip • EL electrically conductive • FL flame retardant • LZ certified as suitable for use in the food industry • s low flammability • TV talcum-reinforced • UV UV-stabilised e.g. more than 100 different types of material for sheetsas standard stock items!
Product RangePipes an Fittings Diameter min. 10 mmmax. 1200 mm
Field of Application(General view) SIMONA Pipes and Fittingsfor sewer systems Geavity flow • PE 80 pipes for sewer systems • PE 80 Coextrudet pipes • PE 80 SPC-pipes • PE 80 Ovoid pipes • Double containment systems Pressure pipe • PE 80/PE 100 pressure pipe • PE-EL pressure pipe • PP pressure pipe • PE 100 SPC-pipe • Double containment systems Fittings PE 80, PE 100 und PP PE 80Ovoi pipe PE 80CoEx-pipe PE 80/PE 100SPC-pipe
Field of Application(General view) SIMONA pipe and fittings for drinking-water supply • PE 80 pressure pipe • PE 100 pressure pipe (RC-material) • PE CoEx pipe • PE 80/PE 100 SPC-pipe (RC-material) • Fittings made ofPE 80 und PE 100 • PP pressure pipe • Fittings made of PP • Sheets, rods, profiles, welding rods made of PE and PP for coating of water supply reservoirs
Field of Application(General view) SIMONA pipe forsewer renovation An complete system to renovate leaky sewer systems: • PE 80, PE 100 and PP pipes in differentlength • Large assortment of special fittings • Different OD dimensions adapted to different ID dimensions • Coextrudet pipes to video inspection • SPC-pipeinside PE outside special modified PP • Ovoid pipe
Field of Application(General view) • Pipes to transport highly aggresive chemical medias and ventilation technology : • Pipes for industry • Pipes and fittings made of PE 80, PE 100, PP,PVDF, E-CTFE • Valves made of PP und PVDF • Doubble containment systems • Accessories • Ventilation technology • Pipes made of PPs • Fittings made of PPs SIMONA industrial pipe systems
Differerence between Injected vs fabricated or machined and when to use one or the other.Injected means these fittings are injection-molded (mainly serial production). These fittings can be used in water applications according to DVGW (German Water authority).Fabricated / machined describes fittings which are produced in our workshop. So these are mainly fittings, which are made out of solid rods or hollow bars, usually these fittings are the middle - big dimensions)
Differerence between Welded Parts and Fabricated Parts and when to use one or the other. Welded parts are made out of pipes and/or pipe-segments, which are welded together in our workshop (e.g. take a look at the welded Tees or segment welded Bends). No potable water or gas application. usually these are the really big fittings
Differerence between Stub End and Loose Flange .Stub End also called “Flange adapter" is the fitting, which will be welded to the end of the pipe and will hold the Loose Flange. Loose Flanges are also called Backing ring. It is the ring with the screw-hole-circle through which the screws will be drilled.
SDR Standard Dimension Ratio K k SDR The ratio of the diameter to the wall thickness. SDR = d/e SDR = 110/10 SDR = 11
PN to PSI PN is Pression Nominal, mostly is bar 1 bar = 1,07 Kgf/cm2 ~ „1 Kilo“ 1 bar ~ 1 Kgf/cm2 = 14,22 PSI 1 bar = 14,7 PSI 1 bar ~ 15 PSI (Libras) ~ 1 kilo So, 10 bar = 10 x 15 = 150 Lbs (PSI)
ANSI vs DIN ANSI = American National Standard Institute DIN = Deutsche Ingeneering Norme ANSI ~ ASTM ~ IPS (Pulgadas) DIN ~ ISO (Metric) They are different !! In our case the mostly affect: 1- Flanges 2- Socket 3- Pipes Nominal Pressure 4- Sheets: Wall Thickness 5- Pressure loss
ANSI vs DIN ANSch 80 Pressure vs PN 10 Pressure ANSI vs DIN ANSI vs DIN ANSI vs DIN