207-70-14151TL
HXMD
HXMD
PC300
207-70-14151TL
China
HRC48-52
Forging
Yes
Gray-Black or Customized
5-7days candeliver if in stock
| Part No.: | 207-70-14151TL |
| Bucket Teeth Type: | Tiger Bucket Teeth |
| Compatible Brand: | Komatsu Excavator |
| Production Process: | Forging |
| Hardness: | HRC48-52 |
| Offer customized Service: | Yes |
| Delivery detail: | 5-7 days can deliver if in stock |
Forging involves shaping metal under high temperatures through pressing or hammering. This process refines the grain structure within the part, making it denser and enhancing its overall performance. One of the key advantages of forged bucket teeth is their superior strength due to this grain refinement and continuous fiber flow. However, forging is not without its limitations; it's generally more suitable for simpler shapes due to its single shaping mode and higher mold costs compared to casting.
Casting, on the other hand, involves pouring molten metal into molds where it cools and solidifies into the desired shape. While casting allows for the creation of complex parts at a lower mold cost than forging, it tends to result in materials with lower strength due to potential porosity issues. Additionally, casting can have a significant environmental impact due to emissions during the production process.
The choice of material for bucket teeth is critical as it directly influences their durability and effectiveness. High-strength steel alloys are commonly used due to their excellent wear resistance and toughness. These materials ensure that bucket teeth can withstand harsh working conditions without significant degradation.
| Part No.: | 207-70-14151TL |
| Bucket Teeth Type: | Tiger Bucket Teeth |
| Compatible Brand: | Komatsu Excavator |
| Production Process: | Forging |
| Hardness: | HRC48-52 |
| Offer customized Service: | Yes |
| Delivery detail: | 5-7 days can deliver if in stock |
Forging involves shaping metal under high temperatures through pressing or hammering. This process refines the grain structure within the part, making it denser and enhancing its overall performance. One of the key advantages of forged bucket teeth is their superior strength due to this grain refinement and continuous fiber flow. However, forging is not without its limitations; it's generally more suitable for simpler shapes due to its single shaping mode and higher mold costs compared to casting.
Casting, on the other hand, involves pouring molten metal into molds where it cools and solidifies into the desired shape. While casting allows for the creation of complex parts at a lower mold cost than forging, it tends to result in materials with lower strength due to potential porosity issues. Additionally, casting can have a significant environmental impact due to emissions during the production process.
The choice of material for bucket teeth is critical as it directly influences their durability and effectiveness. High-strength steel alloys are commonly used due to their excellent wear resistance and toughness. These materials ensure that bucket teeth can withstand harsh working conditions without significant degradation.
