Ang tamang excavator bucket teeth ay maaaring gumawa ng lahat ng pagkakaiba

In order to get the most out of your equipment and excavator bucket, it is important to select the right road tine tool for your use (G.E.T.). There are four key factors to remember when selecting the right excavator tines for your use. Unfortunately, when you purchase your own excavator bucket, you are usually limited to the tines and adapter system offered by the particular excavator manufacturer. Some manufacturers put the cheapest excavator teeth on the excavator instead of an efficient tine set system to get the cheapest price or the biggest profit.

Keeping sharp excavator teeth is good for increasing productivity, reducing equipment stress, maintaining equipment and excavator buckets, thus increasing the life of the equipment and reducing maintenance costs. The design and installation of the bucket teeth is critical to their longevity and performance. As many G.E.T wholesalers have become more price conscious, some manufacturers have had to reduce the quality of their products to meet these price regulations. These reductions result in poor quality cast steel, short die assembly and heat treatment processes, and low hardness and wear resistance. All close circuit manufacturing leads to poorly mounted teeth and adapters that are prone to damage and premature wear.
Keep these four elements in mind when selecting the best excavator teeth for your use. Ang tamang excavator bucket teeth ay maaaring gumawa ng lahat ng pagkakaiba!
Four key factors when choosing the right excavator teeth
1. Manufacturer The construction and material of excavator teeth and adapters are key specifications that determine their damaged life and strength, but so is the shape and design. Most teeth that must be forged in rolling mills are currently located in third world countries due to cost and contamination. The material and type of die used in the forging process will determine the application, damage and assembly time of the tooth. At saka, the heat treatment process will affect the strength and then the damage life.
2. Damage life The wear life of excavator teeth is influenced by different materials. Sand is a highly abrasive material, and rock formations, soils and other excavated or transported materials can affect damage life depending on their quartz content. The more wear surfaces there are, the longer the teeth will last before being replaced. These excavator teeth are best suited for transportation and material solutions, not excavation or digging, because they must have high penetration and impact forces. Larger wear surfaces are usually less efficient.
3. Penetration The size of the area in contact with the ground depends on the efficiency of the tooth. If the teeth are wide, blunt or have “balls Excavators need to provide additional power through the material and therefore need to use more fuel and generate more pressure in all parts of the equipment. The ideal design is to sharpen the saw teeth themselves, i.e. to continue to sharpen themselves during the damage. To get through narrow, hard or frozen ground, you may need sharp “V” shaped teeth, or “double tiger teeth”. This is ideal for digging and excavating because it allows the forklift to move quickly through the material. Gayunpaman, it has a short life span due to less material and does not make the bottom of the hole or trench smooth.
4. Impact force The bucket tooth has high impact resistance and can withstand penetrating impacts and high rupture forces. The bucket tooth is best suited for excavation and trenching, especially in rocky environments or quarries when using excavators, backhoes or other equipment with high crushing forces. The fit of the bucket tooth to the adapter is very important, as an improper fit can cause the bushing to recoil, which may create drawbacks, or the bushing may fall off under pressure.