pipe
Austenitic stainless steel pipes for pressure purposes: Specification for seamless steel pipes (BS 3605/1-1991)
OCTG standards for austenitic stainless steel tubes used for pressure carrying usage
Austenitic stainless steel tubes are commonly used in applications requiring high pressure or corrosion resistance; the most common application being in the manufacture of pressure-carrying equipment. When lookin......
1030 
Jennifer
Carbon steel and carbon-manganese steel seamless steel pipes for ships (GB/T5312-1999)
论述
Carbon steel and carbon manganese steel seamless steel tubes for ships
Seamless steel tubes are essential components in various engineering and manufacturing applications. They are mainly used in combination with highpressure equipment to manufacture ships, boilers, and other large-scale appl......
Extruded brass pipe GB 1530–87
Introduction
Extrusion of brass pipes is the process of forcing metal through a hole or opening in a die of the required shape and size. This process is the most widely used and economical method for producing brass pipes, which have a wide range of uses ranging from ornamental fittings for house......
Extruded copper pipe GB 1528–87
1. Introduction
Copper tubes are widely used in a variety of industries due to their properties of having thermal and electrical conductivity, hardness and corrosion resistance. Due to this, the manufacturing process and quality control of copper tubes are of great importance. Copper tubes can be......
Structural stainless steel seamless steel pipe (GB/T14975-1994)
Stainless steel seamless steel pipe (GB/T14975-1994)
Stainless steel seamless steel pipe (GB/T14975-1994) is one of the most important components of modern industrial and construction pipelines. It has the characteristics of high strength, high temperature resistance, corrosion resistance and low......
Structural seamless steel pipe size, shape, weight (GB/T 8162-1999)
Seamless steel pipe is a kind of steel pipes without welds. It is formed by hot rolling or cold drawing, and the process of hot rolling is called hot rolling, which is usually thicker than the wall thickness of cold drawing. It is divided into two types according to material types: structural seam......
Process test of seamless steel pipe for structural use (GB/T 8162-1999)
API 5L Seamless Steel Pipe Technology Test
API 5L steel pipe, which stands for American Petroleum Institute, is the American standard of the seamless steel pipes utilized in the oil pipeline transportation systems and other large scale industry areas. API 5L standard is mainly used to deliver oil......
Mechanical properties of seamless steel pipes for structural purposes (GB/T 8162-1999)
The mechanical properties of seamless steel tubes are very important in industrial and military applications. Seamless steel tubes are commonly used in machinery, tooling, and construction applications. This article will discuss the various mechanical properties of seamless steel tubes and how the......
Designation and chemical composition of seamless steel pipes for structural purposes (GB/T 8162-1999)
，表示构筑物用无缝钢管牌号和化学成份
The construction of buildings using seamless steel pipes requires that they must meet certain standards and specifications. For example, according to the structural steel engineering code GB/T 8162-1999, seamless steel pipe is commonly categorized into several g......
Seamless steel pipe for diamond core drilling (YB/T5052-1993)
Seamless steel pipe for diamond core drilling (YB/T5052-1993)
Seamless steel pipe is a steel pipe without welding seam and is most commonly used for diamond core drilling. YB/T5052-1993 is a Chinese national standard established in 1993 and converted into laws and regulations in 2009. It is a ki......
Popular Entries
- Process test of seamless steel pipe for structural use (GB/T 8162-1999)
- DIN 17175-1979 Technical delivery conditions for heat-resistant steel seamless tubes
- Designation and chemical composition of seamless steel pipes for structural purposes (GB/T 8162-1999)
- Spiral seam high-frequency welded steel pipes for ordinary fluid delivery pipelines (instead of SY 5038-83, SY 5039-83) SY/T 5038-92
- Dimensions and technical delivery conditions of seamless steel tubes of non-alloy steel and ferritic alloy steel for heat exchangers (NF A49: 215-1981)
- Cold drawn seamless special-shaped steel pipe GB 3094-82
- Cast iron pipe with ladder lip rubber ring interface (GB/T8714-1988)
- YB/T 897-1985 Round steel for electric welding anchor chain
- Carbon steel and carbon-manganese steel seamless steel pipes for ships (GB/T5312-1999)
- BS 3059/2-1990 Specification for chemical composition of carbon, alloy and austenitic stainless steel pipes having specified high temperature properties
- Process performance of seamless steel pipes for high-pressure fertilizer equipment (GB 6479-2000)
- Dimensions, shape and weight of seamless steel pipes for high-pressure fertilizer equipment (GB 6479-2000)
- ASTM A335M-1995a High temperature service ferritic alloy steel seamless tube
- Seamless steel pipe for diamond core drilling (YB/T5052-1993)
- Metal pipe bending test method GB 244-82
Recent Updates
- Standard for seamless steel pipes for drilling
- Hot-rolled seamless steel pipes for hydraulic props (GB/T17396-1998)
- Hydraulic and pneumatic cylinder simple precision inner diameter seamless steel pipe (GB/T8713-1988)
- Aluminum and aluminum alloy hot extrusion pipe GB 4437-84
- Aluminum and aluminum alloy welded pipe GB 10571-89
- Dimensions and allowable deviations of aluminum and aluminum alloy tubes GB 4436-84
- Stainless steel seamless steel pipe GB/T14976-1994 for fluid transportation
- Continuous cast iron pipe (GB/T3422-1982)
- Cold drawn seamless special-shaped steel pipe GB 3094-82
- Drawn copper pipe GB 1527-87
- Drawn brass pipe GB 1529–87
- Metal pipe flattening test method GB 246-82
- Metal pipe bending test method GB 244-82
- Metal pipe necking test method GB 243-82
- Metal pipe curling test method GB 245-82
- Seamless steel pipe for diamond core drilling (YB/T5052-1993)
Trending Keywords
Copyright © 2016 - 2024 by metal-knowledge.com. All rights reserved