528050.2 Cylinder Spike Tooth For Combine Harvesters Concave

528050.2 Cylinder Spike Tooth For Combine Harvesters Concave

Cylinder spike tooth is a type of agricultural machinery part that plays an important role in combine harvesters. It is used in the concave part of the machine to separate the grain from the crop.

Below is a table that lists the technical specifications of the 528050.2 Cylinder Spike Tooth:

The Cylinder spike tooth is commonly used in various parts of agricultural machinery. The image below shows an example of how it is used in a combine harvester:

The 528050.2 Cylinder Spike Tooth can be adapted to various brands and models of agricultural machinery. The table below lists some examples:

In addition to the Cylinder spike tooth, we also offer other agricultural machinery parts such as agricultural chains, agricultural gearbox, pulley, sprocket, coupling, PTO shaft, and concave.

There are several signs that indicate it is time to replace the Cylinder spike tooth:

1. Decreased threshing efficiency: If the combine harvester is not effectively separating the grain from the crop, resulting in increased grain loss or a high amount of residual grain in the straw, it may be due to severe wear and tear of the spike tooth cylinder, which can no longer provide sufficient cutting and separating force.
2. Significant wear and tear: Directly check the spike tooth on the cylinder. If you find that the spike tooth is broken, missing, severely worn, deformed, or the tip is blunt, or the height of the spike tooth has decreased significantly, it means that the service life of the cylinder has come to an end and the spike tooth or the entire cylinder needs to be replaced.
3. Foreign object damage: During operation, when stones, metal fragments, or other hard foreign objects are sucked in, causing the spike tooth to break or damage, and severely affecting the threshing function, the damaged spike tooth should be replaced in a timely manner.
4. Abnormal noise: If abnormal noise is emitted from the threshing part during operation, it may be due to abnormal contact or collision between parts caused by spike tooth damage.
5. Increased power consumption: Due to spike tooth wear and tear, the machine may require more power to achieve the same threshing effect. This is manifested as an increase in engine load or fuel consumption.

Choosing the right Cylinder spike tooth involves considering several factors:

1. Crop type: Different crops have different requirements for spike teeth. For example, for crops with smaller grains and softer straw, such as wheat or rice, spike teeth types that are more suitable for fine threshing can be chosen. For crops with larger grains and harder straw, such as corn, spike teeth with stronger durability and penetrability are required.
2. Spike tooth shape and arrangement: Spike teeth come in various shapes, including straight, oblique, and curved teeth, each with its specific application. The arrangement density also affects the threshing efficiency and the degree of damage to the crop. Generally, high-density arrangement is suitable for fine threshing, while low-density arrangement is beneficial to reduce straw damage.
3. Material and hardness: Spike tooth material should be wear-resistant, corrosion-resistant, and have a certain toughness to ensure stable performance under long-term use. The choice of hardness is also critical. Material that is too hard may cause premature wear or rapid crop damage, while material that is too soft may wear out quickly, affecting its service life.

Author: Miya