De carbono de aço sem costura para tubos

Pequena descrição:


  • Palavras-chave (tipo tubo): tubos de aço carbono, aço sem costura Pipe, Seamless Stainless Steel Pipe, Aço Piping
  • Tamanho: OD: 13.72-4064mm / WT: 1.65-40mm, Comprimento: 0.5mtr-20mtr
  • Standard & Grade: A106 ASTM, grau A / B / C
  • Termina: Praça Termina / termina Planície (corte reto, viu cortar, tocha de corte), chanfradas / roscadas
  • Entrega: Dentro de 30 dias e depende de sua quantidade da ordem
  • Pagamento: TT, LC, OA, D / P
  • Embalagem: Pacote ou a granel, embalagem seaworthy ou por exigência do cliente
  • Uso de: Para o transporte de gás, água e óleo quer nas indústrias de petróleo ou gás natural
  • Descrição

    Especificação

    Padrão

    Pintura e Revestimento

    Embalagem e Carregando

    Tubo de aço sem costura is made from a solid round steel ' billet ' , que é aquecida e empurrado ou puxado através de uma forma até que o aço é moldada para formar um tubo oco. O tubo sem costura é então terminado com as especificações de espessura de parede e dimensionais nos tamanhos de 1/8 polegadas a 32 polegada OD. Tubos sem costura de aço / tubos de aço de carbono de carbono é uma liga que consiste em ferro e de carbono. A percentagem de carbono no aço afecta a dureza, a força de elasticidade e ductilidade do aço de carbono. Seamless tubulação de aço de carbono  or solid steel ingot is made of the capillary tube through the hole, then through the hot-rolled, cold rolled or cold call is made. Seamless tubulação de aço de carbono  in China’s steel industry has an important position. Seamless carbon steel pipe material is a round tube, pipe cutting machine embryos to go through cutting about 1 m of length blank, and sent by conveyor belt furnace heating. Billet is fed into the heating furnace, the temperature is about 1200 degrees Celsius. Fuel is hydrogen or acetylene. Furnace temperature control is the key issue. Round tube came out to punch through the machine through air pressure. Generally more common punch is tapered roll perforation machine, the punch high production efficiency, product quality, large diameter hole expansion, can wear a variety of steel. Perforation, round tube has been on three-roll cross rolling, rolling or extrusion. Squeezed off the tube after sizing. Sizing by high-speed rotary cone drill holes into the billet to form a tube. Pipe diameter by the sizing mill to determine the length of the drill diameter. After the pipe through the sizing into the cooling tower, cooling by water spray, steel after cooling, should be straightening. After the steel belt sent by straightening metal testing machine (or pressure test) for internal testing. If the pipe internal cracks, bubbles and other problems will be detected. After the pipe but also through strict quality control manual selection. Steel quality, the use of spray paint numbers, specifications, production lot number. By a crane into the warehouse.  

    A espessura da parede de tubos sem costura

    A espessura da parede de tubos sem costura

    Tolerância de diâmetro externo e espessura da parede

     

    Tolerância de diâmetro externo e espessura da parede


  • Anterior:
  • Seguinte:

  • Padrão Descrição
    ASTM A179 / A179M Emenda estirado a frio do permutador de calor e do condensador tubos de aço de baixa liga.
    API 5L Tubos.
    ASTM A53M Black & zinco revestido soldada e sem emenda da tubulação de aço.
    ASTM A106M tubo de aço carbono sem costura para o serviço de alta temperatura.
    ASTM A105M peças forjadas de aço carbono para aplicações em tubagem.
    ASTM A234M acessórios de tubagem de aço carbono forjado e ligas de aço para serviço de temperatura moderada e alta.
    ASTM 3799 acessórios para tubos de aço, aparafusado e soldabilidade tomada para a indústria petrolífera.
    AS 1163 perfis ocos de aço estrutural
    AS 1074 tubos de aço e tubulares para o serviço comum
    BS13872 Aparafusado e socketed tubo de aço e tubulares

     

    Padrão

    Tipo de tubo

    Classe

    Grau

    API SPEC 5L

    ISO 3183

    SMLS

    PLS1

    L245B, L290 X42, X46 L320, L360 X52,

    L390 X56, X60 L415, L450 X65, X70 L485

    PLS2

    L245N BN, X42N L290N, L320N X46N,

    X52N L360N, X56N L390N, X60N L415N,

    L360Q X52Q, L390Q X56Q, L415Q X60Q, X70Q L485Q

    PLS2 Ambiente Sour

    L245NS BNS, L290NS X42NS, L320NS X46NS

    L360NS X52NS, L390NS X56NS, L415NS X60NS,

    L360QS X52QS, L390QS X56QS, L415QS X60QS L485QS X70QS

    SOLDAR

    PLS1

    L245B, L290 X42, X46 L320, L360 X52

    L390 X56, X60 L415, L450 X65, X70 L485

    PLS2

    L245M BM, L290M X42M, L320M X46M,

    L360M X52M, L390M X56M, L415M X60M,

    L450M X65M, L485M X70M, L555M X80M,

     

    Padrão

    Grau

    ASTM A 53 H

    A, B

    ASTM A 106M

    A, B, C

    JIS G 3454

    STPG 370, 410 STPG

    JIS G 3455

    STPG370, STPG410, STPG480

    JIS G 3456

    STPG370, STPG410, STPG480

    Grau:  Composição química (%):

    Padrão

    Grau

    C

    Si

    Mn

    P

    S

    Ni

    Cr

    Cu

    Mo

    V

    astma

    53M

    UMA

    ≤0.25

    -

    ≤0.95

    ≤0.05

    ≤0.045

    ≤0.40

    ≤0.40

    ≤0.40

    ≤0.15

    ≤0.08

    B

    ≤0.30

    -

    ≤1.20

    ≤0.05

    ≤0.045

    ≤0.40

    ≤0.40

    ≤0.40

    ≤0.15

    ≤0.08

    ASTM A 106M

    UMA

    ≤0.25

    ≥0.10

    0,27-0,93

    ≤0.035

    ≤0.035

    ≤0.40

    ≤0.40

    ≤0.40

    ≤0.15

    ≤0.08

    B

    ≤0.30

    ≥0.10

    0,29-1,06

    ≤0.035

    ≤0.035

    ≤0.40

    ≤0.40

    ≤0.40

    ≤0.15

    ≤0.08

    C

    ≤0.35

    ≥0.10

    0,29-1,06

    ≤0.035

    ≤0.035

    ≤0.40

    ≤0.40

    ≤0.40

    ≤0.15

    ≤0.08

    JIS G 3454

    STPG 370

    ≤0.25

    ≤0.35

    0,30-0,90

    ≤0.040

    ≤0.040

    -

    -

    -

    -

    -

    STPG 410

    ≤0.30

    ≤0.35

    0,30-1,00

    ≤0.040

    ≤0.040

    -

    -

    -

    -

    -

    JIS G 3455

    STS 370

    ≤0.25

    0,10-0,35

    0,30-1,10

    ≤0.035

    ≤0.035

    -

    -

    -

    -

    -

    STS 410

    ≤0.30

    0,10-0,35

    0,30-1,40

    ≤0.035

    ≤0.035

    -

    -

    -

    -

    -

    STS 480

    ≤0.33

    0,10-0,35

    0,30-1,50

    ≤0.035

    ≤0.035

    -

    -

    -

    -

    -

    JIS G 3456

    STPT 370

    ≤0.25

    0,10-0,35

    0,30-0,90

    ≤0.035

    ≤0.035

    -

    -

    -

    -

    -

    STPT 410

    ≤0.30

    0,10-0,35

    0,30-1,00

    ≤0.035

    ≤0.035

    -

    -

    -

    -

    -

    STPT 480

    ≤0.33

    0,10-0,35

    0,30-1,00

    ≤0.035

    ≤0.035

    -

    -

    -

    -

    -

    Surface treatment of steel pipe: In order to improve the service life of oil pipeline, surface treatment is usually carried out to facilitate the firm combination of steel pipe and anticorrosive coating.Common processing methods are: cleaning, tool derusting, pickling, shot blasting derusting four categories. 1 cleaningGrease, dust, lubricant, organic matter adhered on the surface of steel pipe, usually using solvent, emulsion to clean the surface.However, the rust, oxide skin and welding slag on the surface of the steel pipe cannot be removed, so other treatment methods are needed.Tool rust removalSteel pipe surface oxide, rust, welding slag, can use steel wire brush to clean and polish the surface treatment.Tool derusting can be divided into manual and power, manual tool derusting can reach Sa 2 level, power tool derusting can reach Sa3 level.If the surface of steel pipe is attached with a particularly strong oxide skin, it may be impossible to remove the rust with the help of tools, so we need to find other ways. 3 pickling Common pickling methods include chemistry and electrolysis.But only chemical pickling is used for pipeline corrosion protection.Chemical pickling can achieve a certain degree of cleanliness and roughness on the surface of steel pipe, which is convenient for subsequent anchor lines.Usually as a shot (sand) after reprocessing. 4 shot blasting for rust removalBy high power motor drive the high-speed rotating blades, steel grit, steel shot, segment, minerals and other abrasive wire under the action of centrifugal force on steel pipe surface spray and mass ejection, thoroughly remove rust, oxides and dirt on one hand, on the other hand, steel pipe under the action of abrasive violent impact and friction force, to achieve the required uniform roughness.Among the four treatment methods, shot blasting and derusting is an ideal treatment method for pipe derusting. Generally, shot blasting and derusting are mainly used for inner surface treatment of steel pipe, and shot blasting and derusting are mainly used for outer surface treatment of steel pipe.

    Carbon Steel Seamless Pipe-01

    Tinta spray

    Carbon Steel Seamless Pipe-02

    Tinta spray

    Carbon Steel Seamless Pipe-03

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