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carbon steel
Steel grade E235+N according to EN 10305-4 standard.
TDC - DIN 2391
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Detailed Image
Specs
| COLD DRAWN SEAMLESS STEEL TUBE | |||
| Standards | Steel Grades | Size Range | |
| DIN | 2391 | ST35/45/52 | OD2 - 60mm × WT0.3 -10mm |
| 1629 | ST37/44/52 | OD2 - 60mm × WT0.3 -10mm | |
| 1630 | ST37.4/44.4/52.4 | OD2 - 60mm × WT0.3 -10mm | |
| 2445 | ST35/ST52/ST37.4//52.4 | OD2 - 60mm × WT0.3 -10mm | |
| 73000 | ST 35 / 45 / 52/ 37.4 / 44.4 /52.4 | OD3 - 30mm × ID 1 - 12.5 mm | |
| GB/T | 8162 | 10/20/16Mn/35/45/30CrMo/42CrMo/etc | OD2 - 60mm × WT0.3 -10mm |
| 8163 | 10/20/16Mn/35/45/30CrMo/42CrMo/etc | OD2 - 60mm × WT0.3 -10mm | |
| 3639 | 10/20/16Mn/35/45/30CrMo/42CrMo/etc | OD2 - 60mm × WT0.3 -10mm | |
| 8713 | 10/20/16Mn/35/45/30CrMo/42CrMo/etc | OD3 - 30mm × ID 1 - 12.5 mm | |
| EN | 10305-1 | E215/235/255/355 | OD2 - 60mm × WT0.3 -10mm |
| 10305-4 | E215/235/255/355 | OD2 - 60mm × WT0.3 -10mm | |
| ASTM | A822-A450 | A822 | OD2 - 60mm × WT0.3 -10mm |
| A179-A450 | A179 | OD2 - 60mm × WT0.3 -10mm | |
| A519 | 1010/1015/1025/1030/1045/4130/4140/etc | OD2 - 60mm × WT0.3 -10mm | |
| SAE | J524 | Low carbon steel | OD2 - 60mm × WT0.3 -10mm |
| J529 | Low carbon steel | OD3 - 30mm × ID 1 - 12.5 mm | |
| JIS | G3445 | STKM11A/12A/12B/12C/13A/13B/13C/S45C/etc | OD2 - 60mm × WT0.3 -10mm |
| G3455 | STS35/38/42/49 | OD3 - 30mm × ID 1 - 12.5 mm | |
| ISO | 8535 | ST 35 / 45 / 52/ 37.4 / 44.4 /52.4 | OD3 - 30mm × ID 1 - 12.5 mm |
| NF | A49-310 | TU37b/TU52b | OD2 - 60mm × WT0.3 -10mm |
| BS | 3602 | CFS 360 | OD2 - 60mm × WT0.3 -10mm |
| 6323(-4) | CFS2/CFS3/CFS4/CFS5 | OD2 - 60mm × WT0.3 -10mm | |
| ASTM | A269 | 304,304L, 316, 316L | OD2 - 60mm × WT0.3 -10mm |
| EN | 10216-5 | 1.4401, 1.4404 | OD2 - 60mm × WT0.3 -10mm |
| GOST | 8733-74 | 10/20/35/45/10Г2/15Х/20Х/40Х/30ХГСА/15ХМ | OD3 - 250mm×WT0.3 - 24mm |
| 8734-75 | 10/20/35/45/10Г2/15Х/20Х/40Х/30ХГСА/15ХМ | OD3 - 250mm×WT0.3 - 24mm | |
| 9567-75 | 10/20/35/45/10Г2/15Х/20Х/40Х/30ХГСА/15ХМ | OD2 - 60mm × WT0.3 -10mm | |
Description
Automotive Hydraulic Tubing:
42mm ISO automotive hydraulic piping is a type of pipe used in automotive hydraulic systems, which is commonly used in places such as braking systems, steering systems, and suspension systems of automobiles. These systems are responsible for transmitting hydraulic fluid under pressure to various components in the vehicle, enabling the operation of essential functions like power steering, braking, and suspension. Here are some features of automotive hydraulic tubing:
High pressure capacity: Able to withstand high pressure in the automotive hydraulic system to ensure the normal operation of the hydraulic system. For example, in braking systems, hydraulic hoses need to withstand sudden high pressures to achieve fast and effective braking.
Good sealing: This is the key to preventing hydraulic oil leakage. Poor sealing performance will lead to the failure of the hydraulic system, affecting the performance and safety of the car. For example, the high-quality seal design can maintain good sealing performance under various harsh operating conditions, such as high temperatures, vibrations, etc.
Corrosion resistance: As cars are driven in different environments, hydraulic pipes need to have the ability to resist corrosion to prevent damage and leakage due to corrosion. For example, corrosion-resistant hydraulic pipes can maintain stable performance in wet, salty environments.
Flexibility: Ability to adapt to relative motion between automotive components and changes in mounting position while reducing damage caused by vibration and shock. For example, in a steering system, hydraulic pipes need to be flexibly bent with the movement of the steering mechanism.
High and low temperature resistance: Cars work in different climatic conditions, and hydraulic pipes need to work well in both the high-temperature engine compartment environment and the low-temperature external environment. Like in cold winters and hot summers, hydraulic pipes maintain their performance.
Reliability and durability: The vehicle needs to maintain consistent performance throughout its service life, withstanding frequent pressure changes and vibrations, and other operating conditions. For example, after a long period of use, it can still ensure the normal operation of the hydraulic system and reduce the probability of failure.
End Connections:
These tubes have standardized end connections, such as flared ends, compression fittings, or threaded connections. These connections ensure secure and leak-free assembly with other hydraulic components, including pumps, valves, and cylinders.
Applications:
Automotive hydraulic tubing plays a pivotal role in several essential automotive systems, including:
- Power Steering: Hydraulic tubing assists in power steering systems, allowing the driver to easily maneuver the vehicle.
- Braking Systems:These tubes are used in hydraulic brake systems, ensuring reliable and responsive braking performance.
- Suspension Systems: Hydraulic tubing is employed in various suspension systems for adjusting ride height and dampening characteristics.
- Convertible Tops: In convertible cars, hydraulic tubing is used to control the operation of the convertible top.
Quality Control:
Manufacturers of automotive hydraulic tubing implement stringent quality control measures to ensure that each tube adheres to strict standards for dimensions, mechanical properties, and surface quality.
In summary, 42mm ISO automotive hydraulic piping is an important part of automotive hydraulic system, which has the characteristics of high precision, corrosion resistance, reliability and safety. It has important applications in the braking system, steering system and suspension system of automobiles, and has made important contributions to the safety and performance of automobiles. At the same time, the 42mm ISO automotive hydraulic pipe also has good surface treatment and process processing, which can meet the high requirements of the car and provide a reliable guarantee for the long-term use of the car.
Detailed Image
Specs
| COLD DRAWN SEAMLESS STEEL TUBE | |||
| Standards | Steel Grades | Size Range | |
| DIN | 2391 | ST35/45/52 | OD2 - 60mm × WT0.3 -10mm |
| 1629 | ST37/44/52 | OD2 - 60mm × WT0.3 -10mm | |
| 1630 | ST37.4/44.4/52.4 | OD2 - 60mm × WT0.3 -10mm | |
| 2445 | ST35/ST52/ST37.4//52.4 | OD2 - 60mm × WT0.3 -10mm | |
| 73000 | ST 35 / 45 / 52/ 37.4 / 44.4 /52.4 | OD3 - 30mm × ID 1 - 12.5 mm | |
| GB/T | 8162 | 10/20/16Mn/35/45/30CrMo/42CrMo/etc | OD2 - 60mm × WT0.3 -10mm |
| 8163 | 10/20/16Mn/35/45/30CrMo/42CrMo/etc | OD2 - 60mm × WT0.3 -10mm | |
| 3639 | 10/20/16Mn/35/45/30CrMo/42CrMo/etc | OD2 - 60mm × WT0.3 -10mm | |
| 8713 | 10/20/16Mn/35/45/30CrMo/42CrMo/etc | OD3 - 30mm × ID 1 - 12.5 mm | |
| EN | 10305-1 | E215/235/255/355 | OD2 - 60mm × WT0.3 -10mm |
| 10305-4 | E215/235/255/355 | OD2 - 60mm × WT0.3 -10mm | |
| ASTM | A822-A450 | A822 | OD2 - 60mm × WT0.3 -10mm |
| A179-A450 | A179 | OD2 - 60mm × WT0.3 -10mm | |
| A519 | 1010/1015/1025/1030/1045/4130/4140/etc | OD2 - 60mm × WT0.3 -10mm | |
| SAE | J524 | Low carbon steel | OD2 - 60mm × WT0.3 -10mm |
| J529 | Low carbon steel | OD3 - 30mm × ID 1 - 12.5 mm | |
| JIS | G3445 | STKM11A/12A/12B/12C/13A/13B/13C/S45C/etc | OD2 - 60mm × WT0.3 -10mm |
| G3455 | STS35/38/42/49 | OD3 - 30mm × ID 1 - 12.5 mm | |
| ISO | 8535 | ST 35 / 45 / 52/ 37.4 / 44.4 /52.4 | OD3 - 30mm × ID 1 - 12.5 mm |
| NF | A49-310 | TU37b/TU52b | OD2 - 60mm × WT0.3 -10mm |
| BS | 3602 | CFS 360 | OD2 - 60mm × WT0.3 -10mm |
| 6323(-4) | CFS2/CFS3/CFS4/CFS5 | OD2 - 60mm × WT0.3 -10mm | |
| ASTM | A269 | 304,304L, 316, 316L | OD2 - 60mm × WT0.3 -10mm |
| EN | 10216-5 | 1.4401, 1.4404 | OD2 - 60mm × WT0.3 -10mm |
| GOST | 8733-74 | 10/20/35/45/10Г2/15Х/20Х/40Х/30ХГСА/15ХМ | OD3 - 250mm×WT0.3 - 24mm |
| 8734-75 | 10/20/35/45/10Г2/15Х/20Х/40Х/30ХГСА/15ХМ | OD3 - 250mm×WT0.3 - 24mm | |
| 9567-75 | 10/20/35/45/10Г2/15Х/20Х/40Х/30ХГСА/15ХМ | OD2 - 60mm × WT0.3 -10mm | |
Description
Automotive Hydraulic Tubing:
42mm ISO automotive hydraulic piping is a type of pipe used in automotive hydraulic systems, which is commonly used in places such as braking systems, steering systems, and suspension systems of automobiles. These systems are responsible for transmitting hydraulic fluid under pressure to various components in the vehicle, enabling the operation of essential functions like power steering, braking, and suspension. Here are some features of automotive hydraulic tubing:
High pressure capacity: Able to withstand high pressure in the automotive hydraulic system to ensure the normal operation of the hydraulic system. For example, in braking systems, hydraulic hoses need to withstand sudden high pressures to achieve fast and effective braking.
Good sealing: This is the key to preventing hydraulic oil leakage. Poor sealing performance will lead to the failure of the hydraulic system, affecting the performance and safety of the car. For example, the high-quality seal design can maintain good sealing performance under various harsh operating conditions, such as high temperatures, vibrations, etc.
Corrosion resistance: As cars are driven in different environments, hydraulic pipes need to have the ability to resist corrosion to prevent damage and leakage due to corrosion. For example, corrosion-resistant hydraulic pipes can maintain stable performance in wet, salty environments.
Flexibility: Ability to adapt to relative motion between automotive components and changes in mounting position while reducing damage caused by vibration and shock. For example, in a steering system, hydraulic pipes need to be flexibly bent with the movement of the steering mechanism.
High and low temperature resistance: Cars work in different climatic conditions, and hydraulic pipes need to work well in both the high-temperature engine compartment environment and the low-temperature external environment. Like in cold winters and hot summers, hydraulic pipes maintain their performance.
Reliability and durability: The vehicle needs to maintain consistent performance throughout its service life, withstanding frequent pressure changes and vibrations, and other operating conditions. For example, after a long period of use, it can still ensure the normal operation of the hydraulic system and reduce the probability of failure.
End Connections:
These tubes have standardized end connections, such as flared ends, compression fittings, or threaded connections. These connections ensure secure and leak-free assembly with other hydraulic components, including pumps, valves, and cylinders.
Applications:
Automotive hydraulic tubing plays a pivotal role in several essential automotive systems, including:
- Power Steering: Hydraulic tubing assists in power steering systems, allowing the driver to easily maneuver the vehicle.
- Braking Systems:These tubes are used in hydraulic brake systems, ensuring reliable and responsive braking performance.
- Suspension Systems: Hydraulic tubing is employed in various suspension systems for adjusting ride height and dampening characteristics.
- Convertible Tops: In convertible cars, hydraulic tubing is used to control the operation of the convertible top.
Quality Control:
Manufacturers of automotive hydraulic tubing implement stringent quality control measures to ensure that each tube adheres to strict standards for dimensions, mechanical properties, and surface quality.
In summary, 42mm ISO automotive hydraulic piping is an important part of automotive hydraulic system, which has the characteristics of high precision, corrosion resistance, reliability and safety. It has important applications in the braking system, steering system and suspension system of automobiles, and has made important contributions to the safety and performance of automobiles. At the same time, the 42mm ISO automotive hydraulic pipe also has good surface treatment and process processing, which can meet the high requirements of the car and provide a reliable guarantee for the long-term use of the car.
