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Triple Roll Crumbler.

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Triple Roll Crumbler

Triple Roll Crumbler

SSLG Type
● The crumbler SSLG series is used for feed pellets crumbling and corn crack.
Features:
● Roll gap can be adjusted manually or automatically;
● Roll can be refuted after worn out.  It is protected by a screw spring for long service life.
● With a check pocket for checking the size of crumbled particle size during production.
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  • Parameters
  • Contact
  • Model (SSLG)
    SSLG15×80
    SSLG15×100
    SSLG15×150
    SSLG20×170
    Capacity(T/H)
    3.5
    5
    8-10
    18-20
    Roller Size(L×D)
    800×150
    1000×150
    1500×150
    1700×200
    Motor (kW)
    4
    5.5
    7.5/11
    11/15
    Rollers
    2
      2
      2
      2
    Roller Feeder
        W/O
    W/O
    W/O.
    W/O
    Model (SSLG)
    SSLG20×80
    SSLG20×100
    SSLG20×140
    SSLG25×170
    Capacity(T/H)
    3-6
    5-8
    8-12
    15-25
    Roller Size(L×D)
    800×200
    1000×200
    1400×200
    1700×250
    Motor (kW)
    5.5+1.1
    7.5+1.1
    11+1.1
    18.5+1.1
    Rollers
         3
     3
     3
     3
    Roller Feeder
        WITH
      WITH
      WITH
      WITH

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About Us

New Harvest Machinery And Engineering Co., Ltd is China Triple Roll Crumbler Manufacturer and Triple Roll Crumbler Factory, specialized in Designing, manufacturing, and installing grain and feed processing machinery, a complete feed mill plant, and spare parts for feed machinery. Our products are widely used in various industries, such as grain processing, feed mills, and biomass pellet plants. With advanced technology and long-term cooperation with customers, New Harvest keeps improving and upgrading products on design and quality, not only from the appearance but also from the internal structure. Being honest and always keeping customers in mind with good service before and after sales, our Products are mainly exported to the Philippines, Indonesia, Bangladesh, and African countries, to name a few. To understand your requirements and meet your demands, we will be responsible to you and supply you with qualified products, such as Triple Roll Crumbler.

News

Industry knowledge

How Triple Roller Crusher Protects the Original Properties of Materials During Crushing

In industries such as mining, chemical, and construction materials, crushers play a crucial role in breaking down large chunks of materials into the desired particle sizes. Among various types of crushers, the triple roller crusher has gained widespread application due to its efficiency, stability, and ease of maintenance. However, during the crushing process, protecting the original properties of materials to ensure that the crushed materials still possess their original physical and chemical characteristics is a concern for every user.
The working principle of the triple roller crusher involves squeezing and shearing materials between three parallel arranged rollers to achieve the purpose of crushing. The key to preserving the original properties of materials lies in controlling the crushing force, crushing speed, and crushing temperature during this process.
Controlling the crushing force is crucial. By adjusting the gap between rollers and the speed of rollers, the triple roller crusher can control the crushing force. If the crushing force is too high when materials enter the crusher, it may lead to excessive crushing, thereby altering their original physical properties. Therefore, adjusting the crushing force appropriately can ensure crushing efficiency while minimizing the impact on material properties.
Controlling the crushing speed is equally important. Excessive crushing speed may generate excessive heat during the crushing process, causing thermal denaturation of materials. On the other hand, too slow crushing speed may affect crushing efficiency. Therefore, triple roller crushers are typically designed to optimize the structure, allowing them to control the crushing speed while ensuring crushing efficiency and reducing thermal denaturation of materials.
Controlling the crushing temperature is also a crucial aspect of preserving the original properties of materials. Friction between materials and rollers during the crushing process generates heat, and excessive heat can cause thermal denaturation of materials, altering their original chemical properties. Therefore, triple roller crushers usually come equipped with professional cooling systems that use methods such as water spraying and air blowing to cool materials during the crushing process, ensuring that the crushing temperature is maintained within a reasonable range.

Does a Three-Roller Crusher Require Special Modifications or Adjustments for Special Materials?

Firstly, we need to clarify what special materials are. Special materials may include but are not limited to materials with extremely high hardness, great toughness, excessive humidity, impurities, irregular shapes, oversized or undersized dimensions. Due to their characteristics, these materials may affect the normal operation of a three-roller crusher, such as increased wear and tear, decreased crushing efficiency, and higher equipment failure rates.
For these special materials, do three-roller crushers need special modifications or adjustments? The answer is affirmative. In order to meet production demands, enhance crushing efficiency, and reduce equipment failure rates, we need to make corresponding modifications or adjustments to the three-roller crusher.
For materials with extremely high hardness and great toughness, we can consider enhancing the equipment's wear resistance and crushing force. For example, we can use more wear-resistant materials to manufacture rollers or increase the number and diameter of rollers to enhance crushing force.
For materials with excessive humidity and impurities, we need to pay attention to equipment clogging and cleaning issues. We can add anti-clogging devices at the inlet and outlet of the equipment or set up dedicated cleaning devices to prevent material blockages or impurity accumulation.
For materials with irregular shapes, oversized or undersized dimensions, we can consider improving the equipment's feeding and discharging systems. For example, we can design more reasonable feeding and discharging ports or use adjustable roller spacing to accommodate materials of different sizes.
In summary, for special materials, three-roller crushers indeed require corresponding modifications or adjustments. This can not only improve the equipment's crushing efficiency and reduce failure rates but also prolong its service life and lower production costs. However, the process of modification or adjustment needs to fully consider the characteristics of the materials and production requirements to ensure that the modified or adjusted equipment can meet production demands.
In practical operation, we also need to pay attention to the following points:
1. Before making modifications or adjustments, detailed analysis of the materials should be conducted to understand their characteristics, so as to determine specific modification or adjustment plans.
2. During the modification or adjustment process, safety operating procedures of the equipment should be followed to ensure the safety of the modification or adjustment process.
3. After modification or adjustment, comprehensive testing and inspection of the equipment should be carried out to ensure its stable and reliable performance.
4. During use, regular maintenance and servicing of the equipment should be conducted to timely identify and resolve issues, ensuring the equipment's normal operation.