Forged Single or Double or Sickle Guards Knife Guard for CNH Combine Harvester

Forged Single or Double or Sickle Guards Knife Guard for CNH Combine Harvester

Sickle Guard Introduction Sickle guards are essential components in combine harvesters. Their primary function is to protect the cutter bar and sickle sections from obstacles, which can damage the machine and reduce productivity. Our forged sickle guards are made of high-quality materials, which make them highly durable. Here are some of the advantages of our sickle guards: - High strength and durability - Excellent wear resistance - Superior protection against obstacles - Corrosion-resistant [ninja_tables id="408263"] We provide various sickle guard models that can replace most commonly used parts of different brands. Additionally, we offer customization services to meet your specific needs. Here are some of our advantages: - Competitive pricing - Efficient production and delivery - High-quality products - Flexible customization Our sickle guards can fit different combine harvester brands and models. Please refer to the table below for more details: | Brand | Model | | ------| ------| | CNH | 7080, 7120, 7230, 8010, 8120, 8230| | John Deere | 955, 965, 975, 1055, 1065, 1075| | Case IH | 1420, 1440, 1460, 1480, 1620, 1640| When to Replace Sickle Guards Replacing sickle guards is crucial for the safe and efficient operation of a combine harvester. Here are some signs that indicate the need for sickle guard replacement: 1. Obvious wear or damage: Check the sickle guard for cracks, deformation, severe wear, or partial loss. Any of these signs indicate that the sickle guard has lost its protective function, and continued use may cause tool damage or personal injury. 2. Frequent cutting obstacles: If crop blockages or entanglements frequently occur during harvesting, it may be due to sickle guard wear, causing the tool to be too close to the crop. Replace sickle guards when necessary. 3. Accelerated tool wear: If you notice a significant increase in tool wear, even with regular maintenance, it may be due to the sickle guard's loss of effective protection, making it more susceptible to external impact or wear. 4. Increased machine noise: When a sickle guard is damaged or loose, it may increase the noise generated during the machine's operation. This is because the original shock absorption and stabilization functions are lost. Replace sickle guards immediately. 5. Decreased machine efficiency: If you notice a significant decrease in harvesting efficiency, after eliminating other factors, it may be due to sickle guard failure, making the tool unable to cut effectively. Replace sickle guards immediately. Please refer to the image below for a better understanding of sickle guard wear and damage: Choosing Suitable Sickle Guards Choosing the right sickle guard is essential for the safe and efficient operation of a combine harvester. Here are some factors to consider when selecting sickle guards: 1. Size match: First, confirm whether the sickle guard's size matches the cutter bar or sickle component on the harvester, including the sickle guard's length, width, and thickness, as well as the installation hole's position and size. 2. Material: The sickle guard's material has a significant impact on its durability. Common materials include steel, cast iron, and wear-resistant plastics. Users should choose wear-resistant and impact-resistant materials based on factors such as working environment and cutting object hardness. 3. Shape design: The sickle guard's design must match the protected tool type. For example, sickle guards used for disc tools and reciprocating cutter sickle guards will have different designs. Additionally, the sickle guard's shape should help reduce crop entanglement and improve cutting efficiency. 4. Installation method: Understand how to fix the sickle guard on the harvester, such as whether it has a buckle, bolt fixing, welding, or other installation methods, and ensure that the new sickle guard matches the original harvester's installation method. 5. Protection level: Evaluate the sickle guard's protection level against the tool, such as the size of the protective margin, whether it has anti-entanglement design, and whether it can effectively prevent direct impact on the tool by hard objects. 6. Compatibility: Confirm the sickle guard's compatibility with the harvester brand and model, ensuring seamless integration with your combine harvester, mower, or other agricultural machinery. 7. Regulatory standards: Certain regions may have specific standards and certification requirements for agricultural machinery components. Ensure that the selected sickle guard complies with local laws, regulations, and safety standards. Author: Miya