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SKD11 Industrial Shredder Blades Granulator 499*90*25Mm For Plastic Cutting Machine

Jiangsu Seton Industrial Technology Co,.Ltd
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    Buy cheap SKD11 Industrial Shredder Blades Granulator 499*90*25Mm For Plastic Cutting Machine from wholesalers
     
    Buy cheap SKD11 Industrial Shredder Blades Granulator 499*90*25Mm For Plastic Cutting Machine from wholesalers
    • Buy cheap SKD11 Industrial Shredder Blades Granulator 499*90*25Mm For Plastic Cutting Machine from wholesalers
    • Buy cheap SKD11 Industrial Shredder Blades Granulator 499*90*25Mm For Plastic Cutting Machine from wholesalers

    SKD11 Industrial Shredder Blades Granulator 499*90*25Mm For Plastic Cutting Machine

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    Brand Name : Seton
    Model Number : SKD11
    Certification : CE ISO
    Price : Can be discussed
    Payment Terms : L/C, D/A, D/P, T/T, Western Union, MoneyGram
    Supply Ability : 500 Piece/Pieces per Day
    Delivery Time : 30 days
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    SKD11 Industrial Shredder Blades Granulator 499*90*25Mm For Plastic Cutting Machine

    SKD11 Shredder Blades Granulator 499*90*25Mm Plastic Cutting Machine


    Description:


    Here is an overview of the typical manufacturing process for granulator blades:


    1,Blade Blank Preparation:

    • The blade blanks are typically cut from flat steel bar stock or plates using methods like sawing, laser cutting, or water jet cutting.
    • The blanks are then ground or milled to the desired shape and dimensions.

    2,Heat Treatment:

    • For high-carbon and alloy steel blades, the blanks undergo a heat treatment process to increase hardness and wear resistance.
    • This usually involves heating the blades to high temperatures (around 1000°C) followed by quenching and tempering.
    • The heat treatment process is carefully controlled to achieve the optimal balance of hardness and toughness.

    3,Grinding and Finishing:

    • After heat treatment, the blades undergo precision grinding to create the desired cutting edge geometry, including the bevel angle and edge profile.
    • For serrated-edge blades, additional grinding steps are used to create the saw-tooth pattern.
    • The blades may also be polished or coated to improve surface finish and reduce friction during operation.

    4,Carbide-Tipped Blades:

    • For carbide-tipped granulator blades, a tungsten carbide insert is first produced using powder metallurgy techniques.
    • The carbide insert is then brazed or welded onto the steel blade body, forming a strong and secure bond.
    • This process requires specialized equipment and expertise to ensure proper alignment and adhesion of the carbide tip.

    5,Blade Mounting:

    • Once the blades are fully processed, they are carefully inspected and prepared for installation on the granulator's rotor assembly.
    • This may involve drilling the mounting holes, adding locating features, or applying protective coatings.
    • Proper blade mounting and alignment are crucial for ensuring safe and efficient granulator operation.

    Granulator Blade Specifications:


    Product Name:Shredder Blades Granulator
    MaterialSKD11
    Length499mm
    Width90mm
    Thickness25 mm
    HardnessHRC 48-62
    Precision±0.02-0.04mm
    ApplicationAll kind of plastic

    The selection of material for granulator blades has the following main impacts on their performance:


    1,Hardness and Wear Resistance:

    • Hard materials like alloy steel and tungsten carbide can provide higher blade hardness, resulting in better wear resistance and edge retention. This helps extend the blade's service life.
    • In comparison, high-carbon steel blades, though lower in cost, have inferior hardness and wear resistance.

    2,Impact Resistance:

    • High-carbon steel and alloy steel blades have good impact toughness, allowing them to withstand the impact loads encountered during the granulation process without easily fracturing.
    • Tungsten carbide blades, despite their extremely high hardness, are relatively brittle and more susceptible to cracking under impact loads.

    3,Manufacturing Complexity:

    • Tungsten carbide, as an extremely hard material, requires specialized manufacturing techniques such as powder metallurgy and high-temperature welding, making the process more complex and costly.
    • In contrast, the manufacturing of high-carbon steel and alloy steel blades is relatively simpler and less expensive.

    4,Cost of Ownership:

    • Tungsten carbide blades have a longer service life, but the initial cost is higher.
    • High-carbon steel blades have a lower cost, but require more frequent replacement and maintenance.
    • Alloy steel blades strike a balance, offering improved performance at a moderate cost.

    Picture:


    SKD11 Industrial Shredder Blades Granulator 499*90*25Mm For Plastic Cutting Machine


    Size:


    SKD11 Industrial Shredder Blades Granulator 499*90*25Mm For Plastic Cutting Machine


    Applications:


    SKD11 Industrial Shredder Blades Granulator 499*90*25Mm For Plastic Cutting Machine


    Packing & Delivery:


    SKD11 Industrial Shredder Blades Granulator 499*90*25Mm For Plastic Cutting Machine

    Quality SKD11 Industrial Shredder Blades Granulator 499*90*25Mm For Plastic Cutting Machine for sale
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