Combine Knife Wear Plate

Agricultural Knife Wear Plate For Class CombineProduct Description A good stationary knife should improve the performance of the combine in the field. It should be designed and manufactured using an above-average grade steel and be computer-designed. Moreover, it should be installed in a position wh......

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Product Description

Agricultural Knife Wear Plate For Class Combine

A good stationary knife should improve the performance of the combine in the field. It should be designed and manufactured using an above-average grade steel and be computer-designed. Moreover, it should be installed in a position where it will influence the cutting of the residue, which is especially important for crops that produce a high volume of residue. The tailboard vanes should be positioned properly and adjusted according to the volume of residue and the velocity needed to inject it.Stationary knives improve performance in the field
The positioning of the stationary knives in the corn or soybean cut influences the cutting of residue, especially in crops with a large amount of residual material. Better cuts are important for effective use of tailboard vanes. Tailboard vanes must be adjusted according to the volume of residue and the velocity required to inject it. These are some important considerations when choosing a knife bank. If the knife is in the corn or soybean cut, the right position of the stationary knives will improve the yield of the crop.
Unlike the conventional blades that are rotated by the rotating shaft, stationary knives can be easily repositioned to achieve the required cut. To reposition the knife bank, simply rotate the positioning handle 66 clockwise or counterclockwise. Using the positioning handle 66, the operator can pivot the blades 62 at an angle, so that the desired cutting angle can be achieved. In addition, the tension rod 72 slides within the slots 65 of each end plate 64.
High knife speed can enhance cutting efficiency. The maximum cutting efficiency was achieved at 5.2m/s and 7.3m/s, respectively.Then, as the blade velocity increased, the arm gained speed, corresponding to an increase in kinetic energy and cutting energy. In their study, Y. Yiljep and U. Mohammed assessed the effect of knife velocity on the cutting energy and efficiency during impact cutting of sorghum stalks.
Computer designed
The HHS® SUPER SERIESTM cab was engineered for long-day comfort and convenience. It features a high-back super-comfort seat and a Premier(tm) heated and cooled seat. All HHS® products are built to last. You can count on them to perform well and be fully compatible with your machine. The Super Series cab is the next generation in combine comfort.
Made with an above average grade steel
To increase the durability of the knife wear plate, the manufacturer must use an above-average-grade steel. This type of steel is also known as Vanax. It has high carbon content, corrosion resistance, and edge holding properties. It is easy to resharpen. In addition, this steel has a higher carbide content than standard carbon steel. The carbide content is responsible for a higher edge retention.
While all tool steels are made from the same grade of steel, a Class Combine's wear plate is made from an above-average-grade steel. High-quality steel has an elevated carbon content and is less brittle than standard steel. A good combination of carbon and nickel in the blade increases hardness. The blade core doesn't reach full hardness, but it is still tough enough to withstand a lot of impact.
Despite the above-average-grade steel, you should never use a knife that has a lower-quality material. High-quality steels will provide a higher degree of corrosion and wear resistance, but they won't last as long. Using lower-quality steels won't help you get a competitive edge over the competition. If you're looking for a better grade of steel, try M4 or a similar alloy.