HXMD
2713-1236TL
CHINA
HRC48-52
FORGING
YES
GREY/BLACK
5-7days can deliver if in stock
| Part No.: | DH420TL |
| Bucket Teeth Type: | Bucket Tiger Teeth |
| Compatible Brand: | Doosan Excavator |
| Production Process: | Forging |
| Hardness: | HRC48-52 |
| Offer customized Service: | Yes |
Different application scenarios of bucket teeth:
1、Earthmoving bucket teeth (for excavating soil, sand, gravel and other light working environments) Generally, earthmoving bucket teeth are matched with a bucket with a larger mouth area, which has a larger stacking surface, so it has a higher filling factor and saves operation time.
2、Rock bucket teeth (used for ore, quarry) for ore loading after blasting, etc., heavy-duty wear-resistant steel, better digging performance and more economical.
3、Tiger bucket teeth (used for mining of coal mines and geological mines) are mainly suitable for drilling rock formations with low hardness and have a large impact.
Excavator teeth are an essential component of heavy machinery used in construction and digging operations. However, measuring these teeth accurately is crucial for maintaining their efficiency and prolonging their lifespan. In this article, we will explore the various methods available for measuring excavator teeth and delve into the important factors that need to be considered during the measurement process.
Excavator teeth play a crucial role in the efficiency and productivity of these heavy-duty machines. As a vital component of an excavator's bucket, the teeth are responsible for digging, ripping, and breaking through various materials with ease. However, to ensure optimal performance and longevity, it is essential to measure the excavator teeth accurately. In this article paragraph, we will explore some methods for measuring excavator teeth.
One of the most common methods for measuring excavator teeth is using a caliper. This handheld measuring tool allows for precise measurements of the tooth's length, width, and height. By carefully placing the caliper jaws around the tooth, an accurate reading can be obtained, aiding in determining the tooth's dimensions.
Another method for measuring excavator teeth is through 3D scanning technology. This advanced technique provides a comprehensive and detailed analysis of the tooth's geometry. By capturing multiple data points, the 3D scanner creates a digital model of the tooth, allowing for accurate measurements and analysis. This method not only ensures precision but also aids in identifying any wear or damage on the tooth's surface.
Furthermore, visual inspection is a crucial method for measuring excavator teeth. By closely examining the teeth, operators can identify signs of wear, such as dull edges or cracks. Regular visual inspections allow for timely replacement of worn-out teeth, preventing any potential damage to the excavator bucket or the overall machine's performance.
In addition to the methods mentioned above, it is important to consider the hardness and strength of the excavator teeth. Measuring the tooth's hardness can be done using a hardness tester. This test determines the tooth's resistance to deformation and provides valuable information about its durability. Similarly, assessing the tooth's strength can be done through destructive testing, such as impact or tensile strength tests.
| Part No.: | DH420TL |
| Bucket Teeth Type: | Bucket Tiger Teeth |
| Compatible Brand: | Doosan Excavator |
| Production Process: | Forging |
| Hardness: | HRC48-52 |
| Offer customized Service: | Yes |
Different application scenarios of bucket teeth:
1、Earthmoving bucket teeth (for excavating soil, sand, gravel and other light working environments) Generally, earthmoving bucket teeth are matched with a bucket with a larger mouth area, which has a larger stacking surface, so it has a higher filling factor and saves operation time.
2、Rock bucket teeth (used for ore, quarry) for ore loading after blasting, etc., heavy-duty wear-resistant steel, better digging performance and more economical.
3、Tiger bucket teeth (used for mining of coal mines and geological mines) are mainly suitable for drilling rock formations with low hardness and have a large impact.
Excavator teeth are an essential component of heavy machinery used in construction and digging operations. However, measuring these teeth accurately is crucial for maintaining their efficiency and prolonging their lifespan. In this article, we will explore the various methods available for measuring excavator teeth and delve into the important factors that need to be considered during the measurement process.
Excavator teeth play a crucial role in the efficiency and productivity of these heavy-duty machines. As a vital component of an excavator's bucket, the teeth are responsible for digging, ripping, and breaking through various materials with ease. However, to ensure optimal performance and longevity, it is essential to measure the excavator teeth accurately. In this article paragraph, we will explore some methods for measuring excavator teeth.
One of the most common methods for measuring excavator teeth is using a caliper. This handheld measuring tool allows for precise measurements of the tooth's length, width, and height. By carefully placing the caliper jaws around the tooth, an accurate reading can be obtained, aiding in determining the tooth's dimensions.
Another method for measuring excavator teeth is through 3D scanning technology. This advanced technique provides a comprehensive and detailed analysis of the tooth's geometry. By capturing multiple data points, the 3D scanner creates a digital model of the tooth, allowing for accurate measurements and analysis. This method not only ensures precision but also aids in identifying any wear or damage on the tooth's surface.
Furthermore, visual inspection is a crucial method for measuring excavator teeth. By closely examining the teeth, operators can identify signs of wear, such as dull edges or cracks. Regular visual inspections allow for timely replacement of worn-out teeth, preventing any potential damage to the excavator bucket or the overall machine's performance.
In addition to the methods mentioned above, it is important to consider the hardness and strength of the excavator teeth. Measuring the tooth's hardness can be done using a hardness tester. This test determines the tooth's resistance to deformation and provides valuable information about its durability. Similarly, assessing the tooth's strength can be done through destructive testing, such as impact or tensile strength tests.
