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Agricultural machinery blades are the core working components of various tillage, harvesting, plant protection, and straw processing equipment, directly impacting operational efficiency and quality. We specialize in manufacturing a full range of agricultural machinery blades, covering multiple stages including rotary tillage, harvesting, grass cutting, and crushing. Using high-quality materials and reinforced processes, we ensure high reliability and long service life of our blades under complex field conditions.
Suitable for various soil tillage equipment such as rotary tillers, stubble removers, and subsoilers.
Blade Types | Main Features: | Suitable soil types: | Compatible machine types: |
|---|---|---|---|
Curved blade (standard type) | Low soil penetration resistance, excellent soil breaking effect, and strong versatility. | Dryland, general clayey soils | Most domestic and imported rotary tillers |
Straight blade (chisel-type blade) | Strong deep plowing capability, suitable for hard soils and deep tillage operations. | Compacted soils, wasteland, fields with crop residue incorporation | Heavy-duty rotary tillers, subsoilers |
Throwing knife (hammer claw knife) | High impact resistance, suitable for rocky and root-filled fields. | Soils containing gravel, fields for root and tuber crops | Stubble crushers, straw return machines |
Combination blade (curved and straight mixed) | Combines surface soil breaking and deep soil loosening, offering a wide range of working depths. | Various complex tillage requirements | Multifunctional combined tillage machines |
• Made from high-quality spring steel such as 65Mn and 60Si2Mn, offering excellent toughness and wear resistance.
• Undergoes overall heat treatment with localized hardening of the cutting edge to ensure both edge hardness (HRC48-55) and body toughness.
• Surface can be treated with anti-rust coating, suitable for humid working environments.
Includes harvester moving blades, fixed blades, and blade guards, suitable for harvesting various crops such as grains and forage.
Blade Types | Features: | Main Applications: |
|---|---|---|
Moving blade (cutting blade) | Serrated or smooth blade design for sharp cutting and strong wear resistance | Combine harvesters, lawnmowers, hay mowers |
Stationary blade (base blade) | Works in conjunction with the moving blade to create a shearing action, requiring high flatness and wear resistance | Various reciprocating cutters |
Crop guide blade | Assists in guiding and feeding crops, reducing clogging | Semi-feed combine harvesters |
Silage blade | Reinforced design, suitable for cutting crops with high moisture content and high fiber content | Forage harvesters, chaff cutters |
• Cutting blades are made of special alloy steel, extending their lifespan by more than 50% compared to ordinary blades.
• Precision stamping and grinding ensure uniform cutting gaps and reduce power loss.
• Replacement blades are available for standard models and imported machines (such as John Deere, Kubota, Case, etc.).
Used in processes such as straw return to the field, feed processing, and organic fertilizer preparation.
Product Types: | Structural Features: | Applicable materials: |
|---|---|---|
Forage Chopper Blades | Straight or angled blades, fixed and movable blades working in combination, ensuring uniform cutting length. | Corn stalks, rice straw, forage grass, and other feed processing |
Straw Shredder Blades | Hammer blades, swing blades, or Y-shaped blade design, providing strong impact force and excellent crushing effect. | Shredding and returning standing or laid-down crop residues to the field |
Forage Crusher Blades | Multi-edged design, combining cutting and rubbing functions, improving feed palatability. | Processing of coarse fodder such as corn stalks and sugarcane leaves |
Multifunctional Shredder Blades | Replaceable blade design for multi-purpose use. | Biomass raw materials such as straw, branches, and vines |
• Base material made of high-toughness alloy steel
• Cutting edge can be hardfaced with tungsten carbide alloy, extending wear life by 2-3 times
• Available with integral high-speed steel blades, suitable for heavy-duty continuous operation
Blade Types | Application Scenarios: | Features: |
|---|---|---|
Cultivating and weeding blades | Weeding and loosening soil between rows | Flat shape, less prone to entanglement with weeds, adjustable working depth. |
Root and tuber harvesting blades | Harvesting potatoes, sweet potatoes, beets, etc. | Curved or disc design for smooth soil penetration and reduced damage to potatoes. |
Hedge trimming blades | Orchard and garden pruning | Sharp and durable, providing clean cuts and promoting plant healing. |
Post hole digger blades | Digging holes for tree planting and post installation | Spiral design for smooth soil discharge and high working efficiency. |
1. Reliable Materials: Strictly selected steel materials exceeding national standards ensure blade performance from the source.
2. Exquisite Craftsmanship: Utilizing CNC forming, precise heat treatment, and dynamic balancing correction processes.
3. Wide Compatibility: Covering mainstream domestic and international agricultural machinery brands and models, with support for custom orders based on drawings.
4. Durable and Long-lasting: Optimized blade angle and reinforced treatment significantly extend the replacement cycle.
5. Service Guarantee: Providing selection guidance, technical consultation, and fast supply services.
Q: How do I determine if the rotary tiller blades need to be replaced or reversed?
A: The blades need to be replaced when the tip wear exceeds 1/3 of the original length, or when there is severe chipping, bending, or breakage. Symmetrical blades can be swapped left and right to balance wear.
Q: Can your blades replace imported original manufacturer blades?
A: Yes. We provide domestically manufactured replacement solutions for many imported agricultural machinery brands. The dimensions, hole positions, and hardness are all compatible, and they offer better value for money.
Q: Do you have blades with special treatment to prevent soil adhesion?
A: We can provide Teflon coating or surface polishing treatment for the blades to effectively reduce soil adhesion, especially suitable for working in wet and heavy soils.
Please provide the following information, and we will help you select or customize the perfect blades:
1. Agricultural machinery brand, model, and equipment photos/blade samples
2. Main operating objects (crop type, soil conditions, straw type, etc.)
3. Problems encountered with current blades (fast wear, easy breakage, high power consumption, etc.)
4. Purchase quantity and usage season schedule
Contact our agricultural machinery tool experts | Send equipment information and working condition description | Schedule a service for tracking operational performance
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