626 295.1 Combine Harvester spare parts forging double sickle guard

626 295.1 Combine Harvester Spare Parts Forging Double Sickle Guard

What is Sickle Guard?

Sickle Guard is a protective component for combine harvester sickle, which plays an important role in protecting the cutting tool and ensuring the harvest quality. Our 626 295.1 Combine Harvester Spare Parts Forging Double Sickle Guard has the following advantages:

• High-quality material to ensure durability
• Excellent protection for cutting tools
• Easy to install
• Wide compatibility with many brands and models of combine harvesters

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Our Advantages

• We can produce this product and replace most common models of combine harvester spare parts from various brands
• We offer customization services to meet specific needs
• We provide high-quality products at competitive prices

Sickle Guard Compatibility

Our 626 295.1 Combine Harvester Spare Parts Forging Double Sickle Guard is compatible with the following brands and models of agricultural machinery:

Brand	Model
John Deere	955, 965, 968, 975, 985, 1055, 1065, 1068, 1072, 1075, 1085, 1155, 1157, 1158, 1165, 1170, 1175, 1188, 4420, 6620, 7720, 8820
Case IH	1010, 1020, 2010, 2020, 2030, 2040, 2050, 2060, 2070, 2142, 2152, 2162, 2188, 2388
Claas	Commandor, Dominator, Mega, Mercator, Senator
New Holland	8040, 8060, 8070, 8080, 960, 972, 973, 974, 975, 985, 1900, 2100, 2115, 2400, 2450, 2550, 7050, 9070, 9080, 9090

In addition to Sickle Guard, we also provide other agricultural machinery spare parts, including agricultural chains, agricultural gearbox, pulley, sprocket, coupling, PTO shaft, concave, etc.

When to Replace Sickle Guard

Here are some indications that it is time to replace Sickle Guard:

• Obvious wear or damage: Check for cracks, deformation, severe wear, or even partial loss of the Sickle Guard. These signs indicate that the protective function of the component has been lost, which may cause damage to the cutting tool or personal injury.
• Frequent cutting obstacles: Frequent crop blockages or entanglements during harvesting may be due to Sickle Guard wear, which causes the cutting tool to be too close to the crop. Check and replace the component in a timely manner.
• Accelerated tool wear: If you notice a significant increase in tool wear speed, even under normal maintenance, it may be because Sickle Guard has lost its effective protection against external impacts and abrasion.
• Increase in machine noise: When Sickle Guard is damaged or loose, it may increase the operating noise of the agricultural machinery. This is because the original vibration reduction and stabilization have been lost. Check and replace the Sickle Guard.
• Decrease in work efficiency: If you find that the harvesting efficiency has significantly decreased, and no other factors can explain it, it may be due to the failure of Sickle Guard, which prevents the cutting tool from working normally. Replacement is required.

How to Choose the Right Sickle Guard

Here are some factors to consider when selecting the appropriate Sickle Guard:

1. Matching size: First, confirm whether the size of the Sickle Guard matches the cutting head or blade assembly on the agricultural machinery, including the length, width, and thickness of the component, as well as the position and size of the installation holes.
2. Material: The material of the Sickle Guard has a great impact on its durability. Common materials include steel, cast iron, and wear-resistant plastics. Users should choose wear-resistant and shock-resistant materials according to factors such as the working environment and the hardness of the cutting objects.
3. Shape design: The design of the Sickle Guard must match the type of cutting tool being protected. The design of the Sickle Guard for disc cutting tools and reciprocating cutting tools will be different. In addition, the shape of the Sickle Guard should also help reduce crop entanglement and improve cutting efficiency.
4. Installation method: Understand how the Sickle Guard is fixed on the agricultural machinery, such as whether there are buckles, bolt fixing, welding, or other installation methods, and ensure that the newly purchased Sickle Guard is consistent with the original installation method on the agricultural machinery.
5. Protection level: Evaluate the degree of protection that the Sickle Guard gives to the cutting tool, such as the size of the protective margin, whether it has an anti-entanglement design, and whether it can effectively prevent direct impact of hard objects on the cutting tool.
6. Compatibility: Confirm the compatibility of the Sickle Guard with the brand and model of the agricultural machinery to ensure seamless connection with your combine harvester, mower, or other agricultural machinery.
7. Regulatory standards: Some regions may have specific standards and certification requirements for agricultural machinery spare parts. When purchasing, ensure that the selected Sickle Guard complies with local laws, regulations, and safety standards.

Author: Miya