1307299C2 combine harvester agricultural machinery spare part farm grain knife finger cutting blade sickle guard

1307299C2 combine harvester agricultural machinery spare part farm grain knife finger cutting blade sickle guard

What is Sickle Guard and its benefits?

• High-quality material
• Excellent durability
• Optimal protection
• Low maintenance

Our Advantages

• We manufacture and supply parts that can replace most commonly used models of various brands.
• We cater to customizations as per our clients' requirements.
• We offer competitive pricing.

Compatible Brands and Models

Other Agricultural Machinery Parts

When to Replace Sickle Guard

• Obvious wear or damage: Check whether the Sickle Guard has cracks, deformation, severe wear, or even partial loss. These signs indicate that the protective function of the Sickle Guard has been lost, and continued use may damage the cutting tools or cause personal injury.
• Frequent cutting obstacles: If crop blockages or entanglements frequently occur during harvesting, it may be because the Sickle Guard has worn out, causing the cutting tool to be too close to the crop. Check and replace it timely.
• Accelerated cutting tool wear: If the cutting tool wears more quickly, even under normal maintenance, it may be because the Sickle Guard has lost its effective protection, making it more susceptible to external impacts or wear.
• Increased noise during operation: When the Sickle Guard is damaged or loose, it may increase the noise during the operation of the agricultural machinery. This is because the original vibration reduction and stability function are lost. Check and replace the Sickle Guard in time.
• Decreased harvesting efficiency: If the harvesting efficiency has significantly decreased, after eliminating other factors, it may be due to the Sickle Guard's failure, which causes the cutting tool to malfunction. The Sickle Guard needs to be replaced.

How to Choose a Suitable Sickle Guard

• Size: First, confirm whether the dimensions of the Sickle Guard match the cutting head or blade components on the agricultural machinery, including the length, width, thickness of the Sickle Guard, and the size and position of the mounting holes.
• Material: The material of the Sickle Guard has a significant impact on its durability. Common materials include steel, cast iron, wear-resistant plastic, etc. Users should choose wear-resistant and impact-resistant materials based on working environments and the hardness of the cutting objects.
• Design: The design of the Sickle Guard must match the type of cutting tool being protected, such as the design of the Sickle Guard for disc cutters and reciprocating cutters will differ. In addition, the shape of the Sickle Guard should also help reduce crop entanglement and improve cutting efficiency.
• Installation method: Understand how the Sickle Guard is fixed on the agricultural machinery, such as whether it has buckles, bolts, welding or other installation methods, and ensure that the new Sickle Guard is consistent with the original installation method on the agricultural machinery.
• Protection level: Evaluate the Sickle Guard's degree of protection for the cutting tool, such as the size of the protective margin, whether it has anti-entanglement design, whether it can effectively prevent direct impact of hard objects on the cutting tool, etc.
• Compatibility: Confirm the compatibility between the Sickle Guard and the brand and model of the agricultural machinery to ensure seamless integration with your harvester, mower, or other agricultural machinery.
• Regulatory Standards: Some regions may have specific standards and certification requirements for agricultural machinery parts. When purchasing, ensure that the selected Sickle Guard complies with local laws, regulations, and safety standards.