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Carbon steel
DIN2391 EN10305-4
ST35 ST45 ST52 ST37.4 ST44.4 ST52.4 as per request
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High Strength: Manufactured from ST37.4 grade steel, providing high tensile strength (minimum 370 MPa) and excellent durability.
Precision Engineering: Seamless cold-drawn construction ensures uniformity in dimensions, smooth inner surface finish, and enhanced mechanical properties.
Corrosion Resistance: Carbon steel composition offers resistance to corrosion, making it suitable for use in various environmental conditions.
Versatility: Suitable for bending, flaring, and welding, allowing for easy customization and integration into hydraulic systems.
Tight Tolerances: Manufactured to precise outer diameter (16mm) specifications, ensuring compatibility with hydraulic fittings and components.
Hydraulic system: Due to its good sealing and strength, it is often used in the manufacture of hydraulic cylinders, pipes and joints to provide reliable support and power for hydraulic equipment to transfer liquids.
Mechanical engineering: In various mechanical equipment, such as cranes, conveyors, pumping stations, etc., as structural parts, providing support and pipeline transmission.
Automotive manufacturing: These small-diameter carbon steel pipes may be used in the braking system, suspension system or fuel lines of automobiles.
Construction industry: In building structures, it may be used as small prestressed steel bars or pipes for piping systems such as water supply and drainage systems.
Industrial automation: In automation equipment, it is used as a pipe for control systems to transport liquids or gases.
Aerospace: While E235 material has relatively few applications in the aerospace sector, it may also be considered in some small components or structures.
Agricultural machinery: In agricultural irrigation systems or small agricultural implements, this type of pipe may be used.
| Feature | Description |
|---|---|
| Material Grade | ST37.4 |
| Material Composition | Carbon steel with specified minimum yield strength of 370 MPa |
| Outer Diameter (OD) | 16mm |
| Wall Thickness | Standard wall thickness as per EN 10305-4 specifications |
| Length | Customizable lengths as per application requirements |
| Surface Finish | Smooth finish for reduced friction and improved fluid flow |
| Tolerances | Manufactured to tight dimensional tolerances for precise fitment |
| Compatibility | Compatible with standard hydraulic fittings, connectors, and components |
| Manufacturing Standard | Conforms to EN 10305-4 specifications for seamless cold-drawn precision steel tubes |
This table summarizes the key specifications and attributes of the E235 ST37.4 OD16mm Carbon Hydraulic steel tube, providing a quick reference for its application in various industries and hydraulic systems.
The E235 ST37.4 OD16mm Carbon Hydraulic Steel Tube demonstrates several notable features and advantages. It offers reliable performance in hydraulic systems due to its specific material composition and dimensions. The carbon steel material provides the necessary strength and durability to withstand the high pressures and demanding conditions often encountered in hydraulic applications. The 16mm outer diameter is well-suited for a variety of hydraulic setups, allowing for efficient fluid transfer.
High Strength: Manufactured from ST37.4 grade steel, providing high tensile strength (minimum 370 MPa) and excellent durability.
Precision Engineering: Seamless cold-drawn construction ensures uniformity in dimensions, smooth inner surface finish, and enhanced mechanical properties.
Corrosion Resistance: Carbon steel composition offers resistance to corrosion, making it suitable for use in various environmental conditions.
Versatility: Suitable for bending, flaring, and welding, allowing for easy customization and integration into hydraulic systems.
Tight Tolerances: Manufactured to precise outer diameter (16mm) specifications, ensuring compatibility with hydraulic fittings and components.
Hydraulic system: Due to its good sealing and strength, it is often used in the manufacture of hydraulic cylinders, pipes and joints to provide reliable support and power for hydraulic equipment to transfer liquids.
Mechanical engineering: In various mechanical equipment, such as cranes, conveyors, pumping stations, etc., as structural parts, providing support and pipeline transmission.
Automotive manufacturing: These small-diameter carbon steel pipes may be used in the braking system, suspension system or fuel lines of automobiles.
Construction industry: In building structures, it may be used as small prestressed steel bars or pipes for piping systems such as water supply and drainage systems.
Industrial automation: In automation equipment, it is used as a pipe for control systems to transport liquids or gases.
Aerospace: While E235 material has relatively few applications in the aerospace sector, it may also be considered in some small components or structures.
Agricultural machinery: In agricultural irrigation systems or small agricultural implements, this type of pipe may be used.
| Feature | Description |
|---|---|
| Material Grade | ST37.4 |
| Material Composition | Carbon steel with specified minimum yield strength of 370 MPa |
| Outer Diameter (OD) | 16mm |
| Wall Thickness | Standard wall thickness as per EN 10305-4 specifications |
| Length | Customizable lengths as per application requirements |
| Surface Finish | Smooth finish for reduced friction and improved fluid flow |
| Tolerances | Manufactured to tight dimensional tolerances for precise fitment |
| Compatibility | Compatible with standard hydraulic fittings, connectors, and components |
| Manufacturing Standard | Conforms to EN 10305-4 specifications for seamless cold-drawn precision steel tubes |
This table summarizes the key specifications and attributes of the E235 ST37.4 OD16mm Carbon Hydraulic steel tube, providing a quick reference for its application in various industries and hydraulic systems.
The E235 ST37.4 OD16mm Carbon Hydraulic Steel Tube demonstrates several notable features and advantages. It offers reliable performance in hydraulic systems due to its specific material composition and dimensions. The carbon steel material provides the necessary strength and durability to withstand the high pressures and demanding conditions often encountered in hydraulic applications. The 16mm outer diameter is well-suited for a variety of hydraulic setups, allowing for efficient fluid transfer.
