| Locus Originis: | Civitas Liaocheng, Provincia Shandong, China |
| Nomen Notae: | Shandong Liaocheng Jinzheng Steel pipe Co., LTD |
| Numerus Moduli: | galvanized pipe quadrata |
| Certificatio: | ISO/ SGS |
| Quantitas Ordinis Minimae: | 5 TON |
| Pretium: | 580$ /TON |
| Packaging Details: | Export standard package |
| Tempus traditionis: | 7-10 dies |
| Termini solucionis: | TT aut LC |
| Capacitas Supplicandi: | 700ton/septimana |
Descriptio:
Tubus quadratus galvanizatus est genus tubi quadrati sectio holow facta ex lamina vel ferro spirali galvanizato calido-rotato aut frigido-rotato, quod formatur per processum flexionis frigidae et deinde altisonans soderatio, aut tubus quadratus galvanizatus factus per processum galvanizationis immersio calida praefacta tubis acero formati frigide.
Tubi quadrati galvanizati dividuntur in tubos quadratos galvanizatione immersione calida et tubos quadratos galvanizatos frigido secundum technologiam productionis.
Tubus quadratus galvanizatione immersione calida
Tubus quadratus galvanizatione immersione calida: Est genus tubi quadrati formati per soderationem tabularum ferri aut laminarum postquam sunt rotatae et formatae, et deinde collocatae in piscinam galvanizationis immersione calida pro serie reactionum chemicarum ut formetur tubus quadratus.
Tubus quadratus galvanizatus frigido
Et frigida galvanizata quadrata tuba utuntur principio frigidae galvanizationis in tubis quadratis, quae adhibentur ad conferendam eis proprietatem anti-corrosionem. Diversum a galvanizatione calida, frigida immersio galvanica praecipue utitur principiis electrochimicis ad praeventionem corrosionis.
Dissimilitudines inter galvanizationem calidam et frigidam
Tubuli quadrati galvanizati possunt in duas categorias dividi: tubulos quadratos galvanizatos per immersionem calida et tubulos quadratos galvanizatos per electroplating. Tubuli quadrati galvanizati per immersionem calida possunt per methodum humectam, methodum siccam, methodum plumbi-zinci, methodum oxidationis-reductionis etc. processari. Differentia principalis inter varios methodos galvanizationis per immersionem calida consistit in methodo utenda ad activandum superficiem tubi ferrei et ad meliorem qualitatem galvanizationis post emundationem acida. Methodus sicca et redox praecipue in productione hodierna utitur. Superficies stratum zinci electroplating valde laevis, compacta et structura uniformis est; Bonas proprietates mechanicas et corrosionis resistentionem habet; Consumptio zinci est 60% ad 75% minus quam in galvanizatione per immersionem calida. Electroplating certam complexitatem technicam habet, sed hoc methodum usus necessarius est pro revestimentis unilateralibus, revestimentis bilateralibus cum crassitudinibus differentibus internae et externae superficiei, et pro galvanizatione tubulorum tenuium parietum.
Specifica：
Tubus quadratus Specifications （mm） | Tubus Rectangularis Specifications （mm） | ||
| 16×16×0.4～1.5 | 380×380×8.0～14.0 | 10×20×0.6～1.5 | 250×150×6～12.0 |
| 18×18×0.4～1.5 | 400×400×8.0～14.0 | 14×21×0.6～1.5 | 250×100×6～12.0 |
| 20×20×0.4～1.5 | 420×420×10.0～14.0 | 15×30×1.5～1.5 | 250×200×6～12.0 |
| 25×25×0.6～2.0 | 450×450×10.0～14.0 | 15×38×0.6～1.5 | 300×150×6～12.0 |
| 30×30×0.6～4.0 | 480×480×10.0～14.0 | 20×30×0.6～2.0 | 300×200×6～12.0 |
| 34×34×1.0～2.0 | 500×500×10.0～14.0 | 20×40×0.8～2.0 | 300×250×6～12.0 |
| 35×35×1.0～4.0 | 20×50×1.0～2.0 | 400×250×8～12.0 | |
| 38×38×1.0～4.0 | 550×550×10.0～40.0 | 22×35×0.9～2.0 | 400×300×8～12.0 |
| 40×40×1.0～4.5 | 600×600×10.0～40.0 | 25×40×0.9～3.75 | 450×200×8～12.0 |
| 44×44×1.0～4.5 | 700×700×10.0～40.0 | 25×65×1.0～2.0 | 450×250×8～12.0 |
| 45×45×1.0～5.0 | 800×800×10.0～50.0 | 30×40×1.0～3.75 | 400×300×8～12.0 |
| 50×50×1.0～5.0 | 900×900×10.0～50.0 | 30×45×1.0～3.75 | 400×350×8～12.0 |
| 60×60×1.5～5.0 | 1000×1000×10.0～50.0 | 30×50×1.0～4.0 | 500×200×10～12.0 |
| 70×70×2.0～6.0 | 30×60×1.0～4.5 | 500×250×10～12.0 | |
| 75×75×2.0～6.0 | 40×50×1.0～4.5 | 500×300×10～12.0 | |
| 80×80×2.0～6.0 | 40×60×1.0～5.0 | 500×350×10～12.0 | |
| 85×85×2.0～6.0 | 40×80×1.5～5.0 | 500×400×10～12.0 | |
| 95×95×2.0～8.0 | 40×100×2.0～5.0 | 500×450×10～12.0 | |
| 100×100×2.0～8.0 | 50×60×2.0～5.0 | ||
| 120×120×4.0～8.0 | 50×80×2.0～5.0 | 600×200×10～28.0 | |
| 150×150×6.0～10.0 | 50×100×2.0～8.0 | 600×400×10～28.0 | |
| 180×180×6.0～12.0 | 60×80×2.0～6.0 | 600×500×10～28.0 | |
| 200×200×6.0～12.0 | 80×100×2.0～8.0 | 800×400×10～28.0 | |
| 220×220×6.0～14.0 | 120×60×2.5～10.0 | 800×600×10～28.0 | |
| 250×250×6.0～14.0 | 120×80×2.5～10.0 | 800×700×10～28.0 | |
| 280×280×6.0～14.0 | 150×100×2.5～12.0 | 1000×400×10～28.0 | |
| 300×300×8.0～14.0 | 180×150×2.5～12.0 | 1000×500×10～28.0 | |
| 320×320×8.0～14.0 | 200×100×4～12.0 | 1000×600×10～28.0 | |
| 350×350×8.0～14.0 | 200×150×4～12.0 | 1000×800×10～28 | |
Brevis Descriptio:
1.Tubus quadratus galvanizatus / Tubus rectangulus galvanizatus
Applicationes:
Propter tractamentum galvanizatum in tubis quadratis, ambitus applicationis tuborum quadratorum galvanizatorum multum extensum est comparatione cum tubis quadratis. Praecipue utuntur in parietibus suspensis, constructionibus, fabricatione mechanicis, operibus structurae ferreae, navium aedificiis, armaturis solari generandi potestatem, operibus structurae ferreae, operibus potentiae, stationibus potentiae, machinamentis agrariis et chemicis, parietibus vitreis, chassis automobiliorum, aërodromis, etc.
Comperativa Commoditas:
Galvanizatio potest incrementum afferre effectui protectivo et resistenti corrosioni tuborum ferreorum. Tota structura constat ex zinco, formans crystallum quaternarium densum. Hic crystallus format barrierem super lamina ferrea, efficaciter prohibens factores corrosivis ab intrando. Resistencia corrosioni derivatur ex protectione robusta barrieris zinci. Cum zincus utitur protectione sacrificali in areis sicut oras incisae, vulnus, et abrasio tectorii, format stratam oxidantem insolubilem, exercens functionem protectionis barrieris.
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