342.10
| 1219.0 | 238.92 | ||||||||||||||
| mm | In | 268.56 | 298.16 | 327.70 | 357.20 | 386.64 | 416.04 | 445.39 | 474.68 | 553.13 | （1220.0） | 239.12 | 268.78 | 198.40 | 327.97 |
| 357.49 | |||||||||||||||
| 386.96 | 146.38 | 445.76 | 475.08 | 533.58 | |||||||||||
| 1321.0 | 291.20 | 323.31 | 327.97 | 387.38 | |||||||||||
| 449.34 | 451.26 | 483.12 | 514.93 | 578.41 | （1420.0） | 347.72 | |||||||||
| 355.37 | 416.66 | 451.08 | 485.41 | 519.74 | 593.73 | ||||||||||
| 622.32 | 14 | 690.52 | 1422.0 | 348.22 | 382.23 | 417.27 | |||||||||
| 451.72 | 486.13 | 520.48 | 554.97 | 623.25 | 691.51 | ||||||||||
| 759.58 | 16 | 1524.0 | 373.38 | 410.44 | 447.46 | 484.43 | 521.34 | 558.21 | |||||||
| 595.03 | 688.52 | 741.82 | 814.91 | （1620.0） | 397.03 | 436.48 | 457.84 | ||||||||
| 515.20 | 18 | 554.46 | 593.73 | 623.87 | 711.11 | 789.12 | 867.00 | 1626.0 | |||||||
| 398.53 | 438.11 | 477.64 | 517.13 | 556.56 | 595.95 | 635.28 | 713.80 | ||||||||
| 792.13 | 20 | 870.26 | 1727.0 | 423.44 | 465.51 | 507.53 | 549.51 | 591.43 | 633.31 | 675.13 | |||||
| 758.64 | 841.94 | 925.05 | （1820.0） | 446.37 | 492.74 | 535.06 | 579.32 | 623.50 | 667.71 | ||||||
| 711.79 | 22 | 799.92 | 887.81 | 975.51 | 1829.0 | 493.18 | 626.65 | 671.04 | 714.20 | 803.92 | |||||
| 890.77 | 24 | 980.39 | 1930.0 | 661.52 | 708.40 | 755.23 | 848.75 | 942.07 | 1035.19 | （2020.0） | |||||
| 692.60 | 741.69 | 790.75 | 888.70 | 986.41 | 1084.02 | 2032.0 | 696.74 | 746.13 | 795.48 | ||||||
| 894.03 | 26 | 992.38 | 1090.53 | （2220.0） | 761.65 | 815.68 | 869.66 | 977.50 | 1085.80 | 1192.53 | |||||
| （2420.0） | 28 | 948.58 | 1066.26 | 1183.75 | 1301.04 | （2540.0） | 100 | 995.93 | 1119.53 | 1242.94 | 1366.15 | （2845.0） | |||
| 112 | 1116.28 | 1254.93 | 1393.37 | 1531.63 | Ar seasmhachd | pìob stàilinn tàthaichte spìosrach | air a dhealbhadh gus seasamh an aghaidh cruadal còmhdhail òtrachais is uisge sgudail. Tha an togail làidir aige a’ dèanamh cinnteach à neart agus fad-beatha nas fheàrr, ga dhèanamh na roghainn air leth freagarrach airson pròiseactan bun-structair a dh’ fheumas earbsachd agus èifeachdas. Bidh an teicneòlas tàthaidh spìosrach a bhios sinn a’ cleachdadh rè a’ phròiseas saothrachaidh a’ neartachadh ionracas structarail na pìoba, ga leigeil leis seasamh an aghaidh suidheachaidhean cuideam àrd agus seasamh an aghaidh creimeadh fad-ùine. | Ann an aois far a bheil bun-structar seasmhach, èifeachdach deatamach, tha na pìoban againn nan fuasgladh earbsach do bhailtean-mòra agus do chompanaidhean togail. Chan e a-mhàin gu bheil iad a’ cuideachadh le còmhdhail èifeachdach òtrachais is uisge sgudail, ach bidh iad cuideachd a’ cur ri slàinte is sàbhailteachd iomlan a’ choimhearsnachd le bhith a’ dèanamh cinnteach gu bheil sgudal air a riaghladh gu ceart. | Buannachd toraidh | Is e aon de na prìomh bhuannachdan a tha aig pìob stàilinn tàthaichte le spìosraidh a neart. Bidh am pròiseas tàthaidh spìosraidh a’ neartachadh ionracas structarail na pìoba, ga leigeil seasamh an aghaidh cuideaman àrda agus deformachadh. Tha seo gan dèanamh gu sònraichte freagarrach airson cleachdaidhean fon talamh, far am faod gluasad na h-ùire agus luchdan bhon taobh a-muigh dùbhlain mhòra a chruthachadh. | Tha an seasmhachd a’ dèanamh cinnteach à beatha seirbheis fhada, a’ lughdachadh an fheum air ath-chur is cumail suas tric, rud a tha na fheart sàbhalaidh cosgais mòr do bhailtean-mòra agus do chompanaidhean togail. | ||||
| Easbhaidh Bathar | 30 | Am pròiseas saothrachaidh airson | pìob tàthaichte spìosrach | faodaidh e a bhith nas iom-fhillte agus a bheir barrachd ùine na seòrsaichean pìoba eile, agus faodaidh seo cosgais tùsail nas àirde adhbhrachadh. | Ged a tha na pìoban seo an aghaidh creimeadh, chan eil iad gu tur dìonach bho chreimeadh, gu h-àraidh ann an àrainneachdan creimneach. Tha còmhdach agus cumail suas ceart riatanach gus am beatha seirbheis a leudachadh agus dèanamh cinnteach à coileanadh as fheàrr. | Iarrtas | Ann an saoghal togail is cumail suas, chan eil mòran stuthan cho cudromach ri pìob stàilinn tàthaichte spìosrach seasmhach. Tha na pìoban seo nas motha na dìreach toradh; is iadsan cnàimh-droma bun-structair còmhdhail òtrachais is uisge sgudail èifeachdach is earbsach. Tha an togail làidir agus an seasmhachd àrd gan dèanamh freagarrach airson suidheachaidhean dùbhlanach siostaman òtrachais. | Tha pìoban stàilinn tàthaichte spìosrach air an dealbhadh gus seasamh an aghaidh cuideaman cruaidh na h-àrainneachd, a’ dèanamh cinnteach gun urrainn dhaibh dèiligeadh ri sruthan uisge sgudail gun a bhith a’ dèanamh cron air ionracas structarail. Tha seo gan dèanamh nan roghainn as fheàrr do bhailtean mòra agus companaidhean togail a tha ag amas air siostaman òtrachais seasmhach agus maireannach a thogail. Bidh an teicneòlas tàthaidh spìosrach sònraichte a’ neartachadh neart nam pìoban, a’ leigeil leotha seasamh an aghaidh creimeadh agus sgrìobadh san fhad-ùine, rud a tha riatanach airson àrainneachd bhailteil fhallain a chumail suas. | Mar a chumas sinn oirnn ag ùr-ghnàthachadh agus a’ leasachadh ar pròiseasan saothrachaidh, tha sinn fhathast a’ cur fòcas air pìob stàilinn tàthaichte spìosrach seasmhach a thoirt seachad mar fhuasgladh earbsach airson bun-structar òtrachais. Tha ar dealas do chàileachd agus seasmhachd a’ dèanamh cinnteach nach e a-mhàin gu bheil ar toraidhean a’ coinneachadh ri inbhean gnìomhachais ach a’ dol thairis air, gar dèanamh nar com-pàirtiche earbsach ann an togail agus cumail suas siostaman uisge sgudail deatamach. | Ceistean Cumanta | C1: Dè a th’ ann am pìob stàilinn tàthaichte spìosrach? | Tha pìob stàilinn tàthaichte le spìosraidh air a dhèanamh le bhith a’ tàthadh stiallan stàilinn ri chèile gu spìosrach, a’ toirt structar làidir is seasmhach dha. Chan e a-mhàin gu bheil an dòigh seo a’ meudachadh neart na pìoba, ach leigidh e leatha a bhith air a dhèanamh ann an trast-thomhasan nas motha, ga dhèanamh freagarrach airson grunn thagraidhean a’ gabhail a-steach siostaman òtrachais. | |||
| C2: Carson a thaghas tu pìoban stàilinn tàthaichte spìosrach airson siostaman òtrachais? | 32 | Is e am prìomh adhbhar airson pìoban stàilinn tàthaichte spìosrach a thaghadh ann an siostaman òtrachais an seasmhachd sàr-mhath aca. Faodaidh na pìoban seo seasamh ri cuideaman àrda agus seasamh an aghaidh creimeadh, a’ dèanamh cinnteach à beatha seirbheis fhada eadhon ann an àrainneachdan cruaidh. Tha an structar làidir aca a’ cruthachadh cnàimh-droma bun-structair còmhdhail òtrachais is uisge sgudail èifeachdach is earbsach. | C3: Càite a bheil na pìoban seo air an dèanamh? | Suidhichte ann an Cangzhou, Roinn Hebei, tha a’ chompanaidh againn air a bhith na prìomh chompanaidh ann an cinneasachadh phìoban stàilinn tàthaichte spìosrach bho 1993. Le farsaingeachd de 350,000 meatair ceàrnagach, maoin iomlan de RMB 680 millean agus 680 neach-obrach sgileil, tha a’ chompanaidh againn dealasach a thaobh pìoban àrd-inbhe a dhèanamh a choinnicheas ri inbhean gnìomhachais. | Roimhe: | Pìoban Sèileachaidh aig Prìs Ruigsinneach agus Maireannach | Air adhart: | Àrd-inbhe En 10219 S235jrh | Tàthadh Pìoba Fèin-ghluasadach | Pìoban DSAW | Pìoban Gas | A’ stàladh loidhne-ghas | |||
| Tàthadh Loidhne Pìoba | Pìoban Sèileir | Pìob Stàilinn Tàthaichte Spiral | Pìle Tiùba | Pìob Loidhne SSAW X70 | Sgrìobh do theachdaireachd an seo agus cuir thugainn i | Roinnean thoraidhean | Sinhala | Pìoban Structarail Earrann-falamh agus an Dreuchd... | Buannachdan a bhith a’ cleachdadh phìoban stàilinn tàthaichte gu spìosrach... | Pìob Stàilinn Spiral S355 JR airson Loidhne Sèileir | Teicneòlas Loidhne Pìoba Ola Ùr-ghnàthach airson an fheum as fheàrr... | ||||
| Buannachdan a bhith a’ cleachdadh pìob tàthaichte spìral airson fo-thalamh... | 34 | Naidheachdan | ar lorg-coise, ceannardas, innleachdas, toraidhean | 26-04-17 | Carson a tha Seulachadh Eadar-ghlasaidh Cudromach airson Pìoban Stàilinn... | 26-04-17 | Carson a thaghas tu pìoban dùbailte SAW le eadar-cheangal... | 26-04-10 | Stocadair Phìoban SSAW bho phrìomh Mh ... | Cuir fios thugainn | Fòn: | ||||
| +86 15822968134 | 36 | Post-d: | Seòladh: | Àir. 92, Rathad an Ear Jiefang, Sgìre Xinhua, Cathair Cangzhou, Roinn Hebei | IARRTAIS A-NIS | © Dlighe-sgrìobhaidh - 2010-2025: Gach còir glèidhte. | Toraidhean teth | Mapa-làraich | AMP Mobile | Structarail tàthaichte fuar-chruthaichte | |||||
| Pìob tàthaichte le seam spìosrach | Pìob gun fhàinne agus tàthaichte | Pìob gun fhàinne agus gun fhàinne | Loidhne Pìoba Ola | Pìoban Structarail Earrann-falamh | Cuir Post-d | Sasannach | Sìneach | Frangach | |||||||
| Gearmailteach | 38 | Portugalach | Spàinneach | Ruiseanach | Iapanach | Corèanach | Arabach | Èireannach | Grèigeach | Turcach | |||||
| Eadailteach | 40 | Dànach | Romànianach | And-Innseach | Seacach | Afrikaanach | Suaineach | Pòlainneach | Lugsamburg.. | Catalanach | Esperanto | ||||
| Indeach | Lao | Albànianach | Amharic | Armenianach | Asarbaiseànaich | Belarusianach | Bengàlach | Bosnianach | Bulgàrianach | Cebuano | |||||
| Chichewa | 42 | Corsicanach | Croatianach | Duitseach | Estòinianach | Filipino | Fionnlaineach | Friseach | Galicianach | Georgianach | Gujarati | ||||
| Haitianach | 44 | Hausa | Hawaiianach | Eabhrach | Hmong | Hungàrianach | Innis Tìleach | Igbo | Iabhaininnseach | Kannada | Kasakh | ||||
| Chmer | 46 | Curdach | Kyrgyz | Laidinn | Latbhianach | Lithuanianach | Lugsamburg.. | Macedonianach | Malagasaidh | Malaidheach | Malayalamach | ||||
| Malteseach | 48 | Maori | Marathiach | Mongolianach | Burmese | Nepalach | Lochlannach | Pashto | Persianach | Punjabi | Serbianach | ||||
| Sesotho | Sinhala | Slovacanach | Slobhenianach | Thaidheach | Samòianach | Gàidhlig na h-Alba | Shona | Sindeach | Sundanais | Swahilieach | |||||
| Tajik | 52 | Tamileach | Telugach | Thaidheach | Ucràineach | Urdu | Usbagach | Bhiet-Namach | Cuimris | Zhosa | |||||
| Iùdhais | Iorùba | Zulu | Cìniarwanda | Tataraich | Oriyach | Turkmen | Uyghur | 622.32 | 690.52 | ||||||
| 1422.0 | 56 | 348.22 | 382.23 | 417.27 | 451.72 | 486.13 | 520.48 | 554.97 | 623.25 | 691.51 | 759.58 | ||||
| 1524.0 | 60 | 373.38 | 410.44 | 447.46 | 484.43 | 521.34 | 558.21 | 595.03 | 688.52 | 741.82 | 814.91 | ||||
| （1620.0） | 397.03 | 436.48 | 457.84 | 515.20 | 554.46 | 593.73 | 623.87 | 711.11 | 789.12 | 867.00 | |||||
| 1626.0 | 64 | 398.53 | 438.11 | 477.64 | 517.13 | 556.56 | 595.95 | 635.28 | 713.80 | 792.13 | 870.26 | ||||
| 1727.0 | 68 | 423.44 | 465.51 | 507.53 | 549.51 | 591.43 | 633.31 | 675.13 | 758.64 | 841.94 | 925.05 | ||||
| （1820.0） | 446.37 | 492.74 | 535.06 | 579.32 | 623.50 | 667.71 | 711.79 | 799.92 | 887.81 | 975.51 | |||||
| 1829.0 | 72 | 493.18 | 626.65 | 671.04 | 714.20 | 803.92 | 890.77 | 980.39 | |||||||
| 1930.0 | 76 | 661.52 | 708.40 | 755.23 | 848.75 | 942.07 | 1035.19 | ||||||||
| （2020.0） | 692.60 | 741.69 | 790.75 | 888.70 | 986.41 | 1084.02 | |||||||||
| 2032.0 | 80 | 696.74 | 746.13 | 795.48 | 894.03 | 992.38 | 1090.53 | ||||||||
| （2220.0） | 761.65 | 815.68 | 869.66 | 977.50 | 1085.80 | 1192.53 | |||||||||
| （2420.0） | 948.58 | 1066.26 | 1183.75 | 1301.04 | |||||||||||
| （2540.0） | 100 | 995.93 | 1119.53 | 1242.94 | 1366.15 | ||||||||||
| （2845.0） | 112 | 1116.28 | 1254.93 | 1393.37 | 1531.63 | ||||||||||
Our durable spiral welded steel pipe is engineered to withstand the rigors of sewage and wastewater transport. Its rugged construction ensures superior strength and longevity, making it an ideal choice for infrastructure projects that demand reliability and efficiency. The spiral welding technology we use during the manufacturing process enhances the structural integrity of the pipe, allowing it to withstand high pressure conditions and resist long-term corrosion.
In an age where sustainable, efficient infrastructure is critical, our pipes are a reliable solution for municipalities and construction companies. Not only do they aid in the efficient transport of sewage and wastewater, they also contribute to the overall health and safety of the community by ensuring waste is properly managed.
Product advantage
One of the main advantages of spiral welded steel pipe is its strength. The spiral welding process enhances the structural integrity of the pipe, allowing it to withstand high pressures and resist deformation. This makes them particularly suitable for underground applications, where soil movement and external loads can present significant challenges.
Their durability ensures a long service life, reducing the need for frequent replacement and maintenance, which is a significant cost-saving factor for municipalities and construction companies.
Product Shortcoming
The manufacturing process for spiral welded pipe can be more complex and time-consuming than other types of pipe, which can result in a higher initial cost.
While these pipes are corrosion-resistant, they are not completely impervious to corrosion, especially in corrosive environments. Proper coating and maintenance are essential to extend their service life and ensure optimal performance.
Application
In the world of construction and maintenance, few materials are as important as durable spiral welded steel pipe. These pipes are more than just a product; they are the backbone of efficient and reliable sewage and wastewater transportation infrastructure. Their rugged construction and high durability make them ideal for the demanding conditions of sewer systems.
Spiral welded steel pipes are designed to withstand the harsh pressures of the environment, ensuring they can handle wastewater flows without compromising structural integrity. This makes them a top choice for municipalities and construction companies focused on building sustainable and long-lasting sewage systems. The unique spiral welding technology enhances the strength of the pipes, allowing them to resist corrosion and abrasion over the long term, which is essential to maintaining a healthy urban environment.
As we continue to innovate and improve our manufacturing processes, we remain focused on providing durable spiral welded steel pipe as a reliable solution for sewer infrastructure. Our commitment to quality and durability ensures our products not only meet but exceed industry standards, making us a trusted partner in the construction and maintenance of critical wastewater systems.
FAQ
Q1:What is spiral welded steel pipe?
Spiral welded steel pipe is made by spirally welding strips of steel together, giving it a strong and durable structure. This method not only increases the strength of the pipe, but also allows it to be produced in larger diameters, making it ideal for a variety of applications including sewer systems.
Q2:Why choose spiral welded steel pipes for sewage systems?
The main reason for choosing spiral welded steel pipes in sewage systems is their superior durability. These pipes can withstand high pressures and resist corrosion, ensuring a long service life even in harsh environments. Their strong structure forms the backbone of efficient and reliable sewage and wastewater transportation infrastructure.
Q3:Where are these pipes made?
Located in Cangzhou, Hebei Province, our company has been a leader in the production of spiral welded steel pipes since 1993. With an area of 350,000 square meters, total assets of RMB 680 million and 680 skilled workers, our company is committed to producing high-quality pipes that meet industry standards.
