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CNC Turning Precision Steel Material Carbon Bearing Bushing
Carbon steel bushings are mechanical devices that are used to reduce friction and wear between two moving parts. They are typically made from carbon steel, which is a high-strength and durable type of steel. Carbon steel bushings are commonly used in various industrial applications, such as automotive, aerospace, and machinery.
One of the main advantages of carbon steel bushings is their high load-carrying capacity. They are able to withstand heavy loads without bending or deforming, making them ideal for applications where there is significant weight or pressure involved.
Carbon steel bushings also have excellent wear resistance. They can handle constant movement and abrasion without wearing down, which helps to prolong the lifespan of the equipment they are used in.
Strength and Durability: Carbon steel bushings are known for their high strength and durability. The carbon content in the steel enhances its hardness, allowing the bushings to withstand heavy loads and resist wear over time.
Wear Resistance: Carbon steel bushings exhibit good wear resistance, making them suitable for applications where there is friction and sliding between moving parts. They can withstand abrasive conditions and reduce the wear and tear on mating components.
Machinability: Carbon steel is relatively easy to machine, allowing for the precise manufacturing of bushings with tight tolerances and complex shapes. This feature makes it easier to produce custom bushings to meet specific application requirements.
Cost-Effectiveness: Carbon steel is generally more affordable compared to other materials like stainless steel or bronze. This cost-effectiveness makes carbon steel bushings a popular choice for applications where high-performance materials are not necessary.
Performance Index | | Data | |
Hardness | HRC | 58-62 | |
Max Load | N/mm2 | 250 | |
Max Linear Velocity | m/s | 0.1 | |
Max PV Value | N/mm2.m/s | 1.5 | |
WorkingTemperature Limit | ℃ | -100~ +350 | |
Linear Expension Coefficient | 10-5/℃ | 1.1 |
Performance Index | | Data | |
Hardness | HV | ≥650 | |
Max Load | N/mm2 | 200 | |
Max Linear Velocity | m/s | 0.1 | |
Max PV Value | N/mm2.m/s | 1.5 | |
WorkingTemperature Limit | ℃ | -100~ +350 | |
Linear Expension Coefficient | 10-5/℃ | 1.1 |
Performance Index | | Data | |
Hardness | HV | ≥650 | |
Max Load | N/mm2 | 200 | |
Max Linear Velocity | m/s | 0.1 | |
Max PV Value | N/mm2.m/s | 1.5 | |
WorkingTemperature Limit | ℃ | -100~ +350 | |
Linear Expension Coefficient | 10-5/℃ | 1.1 |
Material and bushing characteristics | | value | Company | value | |
Maximum load | Mpa | 100 | psi | 145,00 | |
working temperature | ℃ | -40 to 300 | °F | -40 to 572 | |
Max Linear Velocity | m/s | 0.5 | fpm | 100 | |
Maximum PV Value | m/sxMPa | 1.65 | pis x fpm | 48,000 | |
Minimum hardness of sliding layer | HB | 210 | HB | 210 | |
Minimum hardness of dual parts | HRC | 40 | HRC | 40 |