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A810312110015
for SANY 215
Excavator Pin Shaft
Product Function
Connection function: Mainly used to connect the bucket of Sany 215 excavator with other parts, such as the boom, arm or connecting rod, so that the bucket can achieve various excavation, loading and unloading actions under the drive of the hydraulic system of the excavator.
Positioning and support: Ensure that the bucket maintains an accurate position and posture during the work process, and withstands various forces generated by the bucket during excavation, including gravity, excavation force, impact force, etc., to provide support for the stable operation of the bucket.
Transmission torque: When the excavator is working, the power of the engine is transmitted to the bucket through the hydraulic system. The bucket pin needs to transmit these powers and torques from the connecting parts to the bucket so that the bucket can generate enough power for excavation.
Excavator Pin Shaft
Product Function
Connection function: Mainly used to connect the bucket of Sany 215 excavator with other parts, such as the boom, arm or connecting rod, so that the bucket can achieve various excavation, loading and unloading actions under the drive of the hydraulic system of the excavator.
Positioning and support: Ensure that the bucket maintains an accurate position and posture during the work process, and withstands various forces generated by the bucket during excavation, including gravity, excavation force, impact force, etc., to provide support for the stable operation of the bucket.
Transmission torque: When the excavator is working, the power of the engine is transmitted to the bucket through the hydraulic system. The bucket pin needs to transmit these powers and torques from the connecting parts to the bucket so that the bucket can generate enough power for excavation.
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OEM | NAME | OEM | NAME | OEM | NAME |
11954088 | PIN | 14501324 | PIN | 11975455 | BUSHING |
A810312110021 | PIN | 14327798 | PIN | A820202002975 | BUSHING |
12344208 | PIN | A810303990035 | PIN | 11751558 | BUSHING |
11972669 | PIN | A820301020461 | PIN | A820202002972 | BUSHING |
13623374 | PIN | A810312110015 | PIN | 11967354 | BUSHING |
13124497 | PIN | A810312110019 | PIN | 60065325 | BUSHING |
13982405 | PIN | 14327797 | PIN | 60201101 | BUSHING |
11795851 | PIN | 14327781 | PIN | 60201102 | BUSHING |
A810312110014 | PIN | 13887021 | PIN | 60201104 | BUSHING |
11696987 | PIN | A810303990032 | PIN | A820202003320 | BUSHING |
11856384 | PIN | 13562518 | PIN | 11744971 | BUSHING |
A810312110017 | PIN | 14173258 | PIN | 10989145 | BUSHING |
11954086 | PIN | 14173260 | PIN | 11016612 | BUSHING |
11972607 | PIN | 150988000148A | BUSHING | 13624387 | BUSHING |
11972528 | PIN | 150988000193A | BUSHING | 11644425 | BUSHING |
A820202003321 | PIN | 150988000192A | BUSHING | 11306936 | BUSHING |
A810303990033 | PIN | 14034760 | BUSHING | A820202002974 | BUSHING |
14327796 | PIN | A820202003323 | BUSHING | A820202002973 | BUSHING |
A810303990037 | PIN | 61010752 | BUSHING | A820202003017 | BUSHING |
13039467 | PIN | 61010753 | BUSHING | 11216201 | BUSHING |
13562517 | PIN | 14039205 | BUSHING |
Excavator bushing
Excavator pin
Loader bushing
Loader pin
Construction machinery pins and bushings
>> Partial Applicable Vehicle Model Display
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OEM | NAME | OEM | NAME | OEM | NAME |
11954088 | PIN | 14501324 | PIN | 11975455 | BUSHING |
A810312110021 | PIN | 14327798 | PIN | A820202002975 | BUSHING |
12344208 | PIN | A810303990035 | PIN | 11751558 | BUSHING |
11972669 | PIN | A820301020461 | PIN | A820202002972 | BUSHING |
13623374 | PIN | A810312110015 | PIN | 11967354 | BUSHING |
13124497 | PIN | A810312110019 | PIN | 60065325 | BUSHING |
13982405 | PIN | 14327797 | PIN | 60201101 | BUSHING |
11795851 | PIN | 14327781 | PIN | 60201102 | BUSHING |
A810312110014 | PIN | 13887021 | PIN | 60201104 | BUSHING |
11696987 | PIN | A810303990032 | PIN | A820202003320 | BUSHING |
11856384 | PIN | 13562518 | PIN | 11744971 | BUSHING |
A810312110017 | PIN | 14173258 | PIN | 10989145 | BUSHING |
11954086 | PIN | 14173260 | PIN | 11016612 | BUSHING |
11972607 | PIN | 150988000148A | BUSHING | 13624387 | BUSHING |
11972528 | PIN | 150988000193A | BUSHING | 11644425 | BUSHING |
A820202003321 | PIN | 150988000192A | BUSHING | 11306936 | BUSHING |
A810303990033 | PIN | 14034760 | BUSHING | A820202002974 | BUSHING |
14327796 | PIN | A820202003323 | BUSHING | A820202002973 | BUSHING |
A810303990037 | PIN | 61010752 | BUSHING | A820202003017 | BUSHING |
13039467 | PIN | 61010753 | BUSHING | 11216201 | BUSHING |
13562517 | PIN | 14039205 | BUSHING |
Excavator bushing
Excavator pin
Loader bushing
Loader pin
Construction machinery pins and bushings
>> Partial Applicable Vehicle Model Display
High-quality carbon structural steel: moderate carbon content, good comprehensive mechanical properties, strength and toughness can achieve a good balance. After appropriate heat treatment, such as quenching and tempering, its hardness and wear resistance can be improved to meet the strength and wear resistance requirements of the bucket pin in work, while the cost is relatively low and cost-effective.
Alloy structural steel: chromium, nickel, molybdenum, vanadium and other alloy elements are added to carbon steel. The addition of alloy elements can significantly improve the strength, toughness, wear resistance and corrosion resistance of steel. For example, chromium can improve the hardness and corrosion resistance of steel, nickel can enhance the toughness and strength of steel, and molybdenum can improve the high temperature strength and wear resistance of steel. After heat treatment processes such as quenching and tempering, alloy structural steel can maintain stable performance in complex working environments and is suitable for excavator bucket pins that bear large loads and impacts.
Bearing steel: It has the characteristics of high hardness, high wear resistance, good dimensional stability and low friction coefficient. Its internal structure is uniform and the inclusion content is low. It can maintain a good working condition under high load and frequent rotation conditions, reduce the wear between the bucket pin and other components, ensure the rotation flexibility and accuracy of the bucket pin, and extend its service life.
High-quality carbon structural steel: moderate carbon content, good comprehensive mechanical properties, strength and toughness can achieve a good balance. After appropriate heat treatment, such as quenching and tempering, its hardness and wear resistance can be improved to meet the strength and wear resistance requirements of the bucket pin in work, while the cost is relatively low and cost-effective.
Alloy structural steel: chromium, nickel, molybdenum, vanadium and other alloy elements are added to carbon steel. The addition of alloy elements can significantly improve the strength, toughness, wear resistance and corrosion resistance of steel. For example, chromium can improve the hardness and corrosion resistance of steel, nickel can enhance the toughness and strength of steel, and molybdenum can improve the high temperature strength and wear resistance of steel. After heat treatment processes such as quenching and tempering, alloy structural steel can maintain stable performance in complex working environments and is suitable for excavator bucket pins that bear large loads and impacts.
Bearing steel: It has the characteristics of high hardness, high wear resistance, good dimensional stability and low friction coefficient. Its internal structure is uniform and the inclusion content is low. It can maintain a good working condition under high load and frequent rotation conditions, reduce the wear between the bucket pin and other components, ensure the rotation flexibility and accuracy of the bucket pin, and extend its service life.
Raw material preparation
Material selection: According to the performance requirements of the bucket pin, select suitable high-quality carbon structural steel, alloy structural steel or bearing steel and other materials.
Cutting: Use sawing machine, flame cutting machine or plasma cutting machine and other equipment to cut the selected steel into blanks that meet the size specifications of the bucket pin. A certain amount of processing allowance must be reserved when cutting.
Rough machining: Rough turning and rough milling are performed on the forged blank to remove most of the allowance and leave a processing allowance of 0.5mm-1mm for subsequent finishing.
Finishing: Perform semi-finishing turning, finishing turning, grinding and other finishing processes, use high-precision lathes, grinders and other equipment, strictly control processing parameters, and ensure that the diameter tolerance, cylindricity, roundness and other indicators of the bucket pin meet the design requirements.
Feature processing: According to the design requirements, use milling machines, slotting machines or wire cutting and other equipment to process keyways, oil holes, threads and other features.
Heat treatment
Quenching: Heat the machined bucket pin to above the critical temperature, keep it warm for a certain period of time, and then cool it quickly to make the material obtain martensite structure and improve hardness and strength.
Tempering: Temper the quenched bucket pin to eliminate quenching internal stress, stabilize the structure and size, and improve toughness. The tempering temperature is generally 500℃-650℃.
Surface treatment
Rust-proof treatment: To prevent the bucket pin from rusting during storage and use, rust-proof treatments such as electroplating, hot-dip galvanizing, and phosphating can be performed.
Lubrication treatment: To reduce the friction coefficient, improve rotation flexibility and wear resistance, spraying lubricating oil, applying grease, or surface chemical plating can be used to form a uniform lubricating film on the surface of the bucket pin.
Q1: What is the typical lifespan of the Custom Steel Excavator Pin for Hitachi 200?
A1: Our hardened excavator pins are built for extended durability, offering high performance over time with proper maintenance.
Q2: Do you offer Custom Excavator Pins for other Hitachi models?
A2: Yes, we specialize in custom steel pins for a range of Hitachi models. Contact us to get the perfect match for your equipment.
Q3: How does the hardened steel pin shaft improve excavator performance?
A3: The hardened steel pin shaft enhances wear resistance and load-bearing capacity, improving performance in demanding construction and mining operations.
Q4: Can your Custom Excavator Pins be used for both construction and mining?
A4: Our custom steel pins are designed to handle heavy-duty tasks across industries such as construction, mining, and earth-moving.
Q5: How do I place a bulk order for the Custom Steel Excavator Pin?
A5: Get in touch with us for bulk orders, and we will provide a personalized quote and production timeline for your custom pin shafts.
Q6: What quality control measures do you implement for Custom Excavator Pins?
A6: Our custom pins go through rigorous quality control, ensuring strict adherence to specifications, material standards, and durability for optimal performance.
Q7: Can I choose specific materials for the Custom Steel Pin?
A7: Yes, we offer various materials such as 45C, 41Cr4, and 42CrMo4, allowing you to select the ideal material for your excavator pin requirements.
Q8: How can I ensure the Custom Steel Excavator Pin fits my Hitachi equipment perfectly?
A8: Our custom steel pins are made to precise dimensions, and we offer tailored solutions to guarantee a perfect fit for your Hitachi 200 excavator.
Raw material preparation
Material selection: According to the performance requirements of the bucket pin, select suitable high-quality carbon structural steel, alloy structural steel or bearing steel and other materials.
Cutting: Use sawing machine, flame cutting machine or plasma cutting machine and other equipment to cut the selected steel into blanks that meet the size specifications of the bucket pin. A certain amount of processing allowance must be reserved when cutting.
Rough machining: Rough turning and rough milling are performed on the forged blank to remove most of the allowance and leave a processing allowance of 0.5mm-1mm for subsequent finishing.
Finishing: Perform semi-finishing turning, finishing turning, grinding and other finishing processes, use high-precision lathes, grinders and other equipment, strictly control processing parameters, and ensure that the diameter tolerance, cylindricity, roundness and other indicators of the bucket pin meet the design requirements.
Feature processing: According to the design requirements, use milling machines, slotting machines or wire cutting and other equipment to process keyways, oil holes, threads and other features.
Heat treatment
Quenching: Heat the machined bucket pin to above the critical temperature, keep it warm for a certain period of time, and then cool it quickly to make the material obtain martensite structure and improve hardness and strength.
Tempering: Temper the quenched bucket pin to eliminate quenching internal stress, stabilize the structure and size, and improve toughness. The tempering temperature is generally 500℃-650℃.
Surface treatment
Rust-proof treatment: To prevent the bucket pin from rusting during storage and use, rust-proof treatments such as electroplating, hot-dip galvanizing, and phosphating can be performed.
Lubrication treatment: To reduce the friction coefficient, improve rotation flexibility and wear resistance, spraying lubricating oil, applying grease, or surface chemical plating can be used to form a uniform lubricating film on the surface of the bucket pin.
Q1: What is the typical lifespan of the Custom Steel Excavator Pin for Hitachi 200?
A1: Our hardened excavator pins are built for extended durability, offering high performance over time with proper maintenance.
Q2: Do you offer Custom Excavator Pins for other Hitachi models?
A2: Yes, we specialize in custom steel pins for a range of Hitachi models. Contact us to get the perfect match for your equipment.
Q3: How does the hardened steel pin shaft improve excavator performance?
A3: The hardened steel pin shaft enhances wear resistance and load-bearing capacity, improving performance in demanding construction and mining operations.
Q4: Can your Custom Excavator Pins be used for both construction and mining?
A4: Our custom steel pins are designed to handle heavy-duty tasks across industries such as construction, mining, and earth-moving.
Q5: How do I place a bulk order for the Custom Steel Excavator Pin?
A5: Get in touch with us for bulk orders, and we will provide a personalized quote and production timeline for your custom pin shafts.
Q6: What quality control measures do you implement for Custom Excavator Pins?
A6: Our custom pins go through rigorous quality control, ensuring strict adherence to specifications, material standards, and durability for optimal performance.
Q7: Can I choose specific materials for the Custom Steel Pin?
A7: Yes, we offer various materials such as 45C, 41Cr4, and 42CrMo4, allowing you to select the ideal material for your excavator pin requirements.
Q8: How can I ensure the Custom Steel Excavator Pin fits my Hitachi equipment perfectly?
A8: Our custom steel pins are made to precise dimensions, and we offer tailored solutions to guarantee a perfect fit for your Hitachi 200 excavator.