Agricultural spare parts spike tooth for harvester 628050.1/628050.2

Agricultural Spare Parts Spike Tooth for Harvester 628050.1/628050.2

What is Cylinder Spike Tooth and its Role in Agricultural Machinery?

A Cylinder Spike Tooth is a component of a harvester that is responsible for threshing and separating grain from crop stalks. It is a type of tooth that is attached to the cylinder of the harvester and rotates to cut through the crop stalks and separate the grain. Its primary role is to ensure that the harvest is efficient and cost-effective.

Where is Cylinder Spike Tooth Generally Applied in Agricultural Machinery?

The Cylinder Spike Tooth is usually applied in the threshing part of a harvester. It is specifically attached to the cylinder, which is the main component responsible for threshing and separating the grain from the crop stalks. The cylinders can have different numbers of spike teeth, depending on the size and capacity of the harvester.

Brands and Models that 628050.1/628050.2 Cylinder Spike Tooth can Adapt to

Below is a table that lists the agricultural machinery brands and models that the 628050.1/628050.2 Cylinder Spike Tooth can adapt to:

Other Agricultural Machinery Parts Available

We also provide other agricultural machinery parts, such as agricultural chains, agricultural gearbox, pulley, sprocket, coupling, PTO shaft, concave, and more. Whatever agricultural machinery parts you need, you can find them here.

Signs that indicate the need to replace the Cylinder Spike Tooth

If you notice any of the following signs, it is time to replace the Cylinder Spike Tooth:

1. Decreased threshing efficiency: If you notice that the threshing efficiency of your harvester is decreasing, which means that the grain is not effectively separated from the crop stalks, and there is an increase in grain loss, it may indicate that the spike teeth on the cylinder are worn out, and they are no longer providing enough cutting and separating force.
2. Significant wear: If you directly check the spike teeth on the cylinder and notice that they are broken, missing, severely worn, deformed or blunted, or if the height of the spike teeth has significantly decreased, it means that the cylinder's service life has come to an end, and you must replace the spike teeth or the entire cylinder.
3. Foreign object damage: If your harvester inhales stones, metal debris, or other hard impurities during operation, causing spike teeth to break or damage, which severely affects the threshing function, you need to replace the damaged spike teeth promptly.
4. Abnormal noise: If the threshing part of the harvester produces abnormal noise during operation, it may be due to abnormal contact or collision between parts caused by spike teeth damage.
5. Increased power consumption: Due to spike teeth wear, the machine may require more power to achieve the same threshing effect, which is manifested as a larger engine load or increased fuel consumption.

How to Choose the Right Cylinder Spike Tooth

Here are some factors to consider when choosing the right Cylinder Spike Tooth:

1. Crop type: Different types of crops have different requirements for spike teeth. For example, for crops with small grains and soft straw, such as wheat or rice, you can choose a spike tooth type that is more suitable for fine threshing. For crops with larger grains and harder straw, such as corn, you need a more durable and penetrating spike tooth design.
2. Spike tooth shape and arrangement: There are various spike tooth shapes, including straight, oblique, curved, etc., and each has its specific application scenarios. The arrangement density also affects the threshing efficiency and the degree of damage to the crop straw. Generally, high-density arrangement is suitable for fine threshing, while low-density arrangement is conducive to reducing damage to the straw.
3. Material and hardness: Spike teeth material should have wear resistance, corrosion resistance, and certain toughness to ensure stable performance under long-term use. The choice of hardness is also crucial, excessive hardness may lead to premature wear or rapid crop damage, and excessive softness may result in faster wear and affect service life.

Author: Miya