logo
Welkom bij TORICH INTERNATIONAL LIMITED
+86-13736164628
Gevonden 1313 producten voor "

precision seamless pipe

"
Kwaliteit ASTM A519 SAE 1541 naadloos stalen buis koud getrokken naadloos koolstofstaal buis voor mechanische fabriek

ASTM A519 SAE 1541 naadloos stalen buis koud getrokken naadloos koolstofstaal buis voor mechanische

ASTM A519 SAE 1541 Seamless Steel Tube: Cold Drawn Seamless Carbon Steel Tubing For Mechanical Material The ASTM A519 SAE 1541 seamless steel tube is a cold-drawn, seamless carbon steel tubing designed for mechanical applications. Specification Standard: ASTM A519 Grade: SAE 1541 Type: Cold drawn, seamless Material: Carbon steel Key Features High Precision: Cold-drawn manufacturing process ensures high accuracy. Excellent Finish: Seamless construction results in a smooth

Kwaliteit ASTM A1024 50 Steel Line Pipe Black Plain-End Seamless Steel Tube voor het leveren van drukvloeistof fabriek

ASTM A1024 50 Steel Line Pipe Black Plain-End Seamless Steel Tube voor het leveren van drukvloeistof

ASTM A1024 Grade 50 Steel Line Pipe Black Plain-End Seamless Steel Tube For Pressure Fluid Delivery Material and Specification The ASTM A1024 Grade 50 Steel Line Pipe is a black plain-end seamless steel tube specifically designed for pressure fluid delivery applications. It adheres to the specifications outlined by the American Society for Testing and Materials (ASTM). Key Features Seamless Design: The seamless construction of this steel tube ensures a smooth and uninterrupte

Kwaliteit DIN 2448 ST52 koud getrokken naadloze buizen naadloze stalen buizen en buizen voor de mechanische vervaardiging fabriek

DIN 2448 ST52 koud getrokken naadloze buizen naadloze stalen buizen en buizen voor de mechanische vervaardiging

DIN 2448 ST37 ST44 ST52 Cold Drawn Seamless Tubing Seamless Steel Pipes and Tubes for Mechanical Manufacturing DIN 2448 is a standard that specifies the requirements for seamless steel pipes and tubes used in mechanical manufacturing. The standard covers various grades, including ST37, ST44, and ST52, which are commonly used in engineering applications due to their excellent mechanical properties and versatility. Material and Specification The seamless tubes and pipes under

Kwaliteit DIN 1626 St37 koud getrokken naadloos stalen buis koolstofstaal buis voor lage temperatuur druk fabriek

DIN 1626 St37 koud getrokken naadloos stalen buis koolstofstaal buis voor lage temperatuur druk

DIN 1626 St37 St44 St37 St42 St45 Cold Drawn Seamless Steel Pipe Carbon Steel Tube For Low Temperature Pressure Introduction DIN 1626 is a standard that specifies the requirements for cold drawn seamless steel pipes made from carbon steel, particularly designed for low-temperature pressure applications. This article provides an overview of the material specifications, key features, chemical composition, mechanical properties, steel grades, applications, and possible

Kwaliteit ASME SA 334 GR 1 Naadloze koolstofstaalbuizen voor lage temperatuur fabriek

ASME SA 334 GR 1 Naadloze koolstofstaalbuizen voor lage temperatuur

ASME SA 334 GR 1 Low Temperature Seamless Carbon Steel Tubes For Low-Temperature Applications ASME SA 334 Gr 1 seamless carbon steel tubes are designed specifically for low-temperature applications. They are widely used in industries where cryogenic processing and storage are essential. These tubes provide excellent toughness and structural integrity at low temperatures, making them a durable and reliable choice for demanding environments. Material Specification ASME SA 334

Kwaliteit 20MnV6 naadloos buis van laag koolstofgehalte, niet-gelegeerd staal buis voor mechanische doeleinden fabriek

20MnV6 naadloos buis van laag koolstofgehalte, niet-gelegeerd staal buis voor mechanische doeleinden

20MnV6 Low Carbon Steel Seamless Tube: Non Alloy Steel Tube for Mechanical Purposes The 20MnV6 low carbon metal seamless tube is a non-alloy steel product recognised for its mechanical strength and flexibility. popular in diverse industrial packages, 20MnV6 is crafted to meet stressful specs and capabilities a unique set of houses that make it perfect for mechanical functions. Material Specification 20MnV6 is a flexible low carbon metallic that gives the most reliable

Kwaliteit ASME SA213 T11 naadloze buizen van legeringsstaal voor ketels en warmtewisselaars fabriek

ASME SA213 T11 naadloze buizen van legeringsstaal voor ketels en warmtewisselaars

ASME SA213 T2 T5 T11 T12 T22 Alloy Steel Seamless Tubes For Boilers And Heat Exchangers Seamless alloy steel tubes play a crucial role in the construction and efficiency of boilers and heat exchangers. The ASME SA213 standard covers these tubes, specifying the requirements for several specific grades such as T2, T5, T11, T12, and T22. This article provides a comprehensive overview of these materials, including specifications, key features, chemical composition, mechanical

Kwaliteit ASTM A334 Gr6 Naadloze Koolstofstalen Buizen met Lage Temperatuur Prestaties en Koudgetrokken Precisie fabriek

ASTM A334 Gr6 Naadloze Koolstofstalen Buizen met Lage Temperatuur Prestaties en Koudgetrokken Precisie

ASTM A334 Grade 6 Carbon Steel Seamless Tubes Material Description ASTM A334 Grade 6 carbon steel seamless tubes are engineered low-temperature service pipes manufactured from medium carbon steel with controlled chemistry and mechanical properties to ensure reliability in sub-zero environments. They are available as seamless and welded tubes designed for pressure, fluid, and structural duties where high toughness and impact resistance at low temperatures are essential.

Kwaliteit STKM 13A Naadloze Precisiebuis van Koolstofstaal, Dikwandig voor Werktuigbouwkunde fabriek

STKM 13A Naadloze Precisiebuis van Koolstofstaal, Dikwandig voor Werktuigbouwkunde

STKM 13A Carbon Steel Seamless Precision Tube (Thick-Walled) for Mechanical Engineering Material STKM 13A is a JIS-grade carbon steel tube designed for machine-structural and general mechanical parts. As a seamless precision tube, it is commonly produced by hot-finished seamless tubing followed by cold working (e.g., cold drawing) to achieve improved dimensional accuracy, surface finish, and consistency—especially important for thick-walled load-bearing components and