HXMD
E307
6Y3222RC
CHINA
HRC48-52
FORGING
YES
GRAY-BLACK
5-7 DAYS CAN DELIVER IF IN STOCK
| Part No.: | 6Y3222RC |
| Bucket Teeth Type: | Rock Chisel Teeth |
| Compatible Brand: | Hitachi Excavator |
| Production Process: | Forging |
| Hardness: | HRC48-52 |
| Offer customized Service: | Yes |
| Delivery detail: | 5-7 days can deliver if in stock |
Forged bucket teeth use a forging machine to apply pressure to a special metal blank, and extrusion molding at high temperatures refines the crystal material in the forging, causing it to undergo plastic deformation to obtain certain mechanical properties. After the metal is forged, its organizational structure can be improved. It can ensure that the forged bucket teeth have good mechanical properties, are more wear-resistant, and have a longer service life. Castings are produced by melting metal at high temperatures, adding auxiliary materials, injecting into the mold, and solidifying to obtain castings. This process produces castings. Parts are prone to pores and trachoma formation, and their mechanical properties, wear resistance, and service life are lower than those of forgings.
Excavator teeth experience wear and tear over time, which can lead to changes in their dimensions. Ensure that you measure teeth in their optimal condition for accurate measurements.
Different excavator teeth are made from various materials, such as steel, carbide, or other alloys. The material can affect the measurements and may require adjustments based on its properties.
Excavator teeth come in various shapes and sizes, depending on their specific function. Different tooth types may require different measurement methods, so be aware of the tooth type you are dealing with.
| Part No.: | 6Y3222RC |
| Bucket Teeth Type: | Rock Chisel Teeth |
| Compatible Brand: | Hitachi Excavator |
| Production Process: | Forging |
| Hardness: | HRC48-52 |
| Offer customized Service: | Yes |
| Delivery detail: | 5-7 days can deliver if in stock |
Forged bucket teeth use a forging machine to apply pressure to a special metal blank, and extrusion molding at high temperatures refines the crystal material in the forging, causing it to undergo plastic deformation to obtain certain mechanical properties. After the metal is forged, its organizational structure can be improved. It can ensure that the forged bucket teeth have good mechanical properties, are more wear-resistant, and have a longer service life. Castings are produced by melting metal at high temperatures, adding auxiliary materials, injecting into the mold, and solidifying to obtain castings. This process produces castings. Parts are prone to pores and trachoma formation, and their mechanical properties, wear resistance, and service life are lower than those of forgings.
Excavator teeth experience wear and tear over time, which can lead to changes in their dimensions. Ensure that you measure teeth in their optimal condition for accurate measurements.
Different excavator teeth are made from various materials, such as steel, carbide, or other alloys. The material can affect the measurements and may require adjustments based on its properties.
Excavator teeth come in various shapes and sizes, depending on their specific function. Different tooth types may require different measurement methods, so be aware of the tooth type you are dealing with.
