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Hammer plate DM-05

As the core crushing component of impact crushers, the wear resistance of the impact crusher’s hammer plates directly affects the equipment’s processing efficiency and operating costs. Among the crusher’s vulnerable parts, the hammer plates—key components of impact crushers—account for as much as 70% of the overall wear rate, making their selection and quality control critical to ensuring the efficiency of the production line.

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Hammer plate DM-05

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Product Description

  • 产品描述
  • As the core crushing component of an impact crusher, Counterattack breaker hammer The wear resistance directly affects the equipment’s processing efficiency and operating costs. In the crusher’s wear-part system, the impact crusher’s components—particularly the hammer plates—account for as much as 70% of the total wear rate, making them critical consumables. Therefore, selecting the right models and ensuring their quality are essential guarantees of production-line efficiency.

     

    I. Intelligent Selection Guide

    Counterattack breaker hammer Compatible models:

    √ PF Series Impact Crusher √ CI Series Impact Crusher √ Composite Fine Crusher

    √ Mobile crushing station √ Crusher specifically designed for construction waste

    Counterattack Crusher Spare Parts Material System:

    Adopting an iterative approach using third-generation wear-resistant material technology:

    Basic Type: High-manganese steel (ZGMn13) — Suitable for impact applications

    Enhanced: High-chromium cast iron (Cr26) — high-chromium alloy hammer plates that balance wear resistance and impact resistance.

    Other types: Inlaid wear-resistant alloy—hardness HRC60+, impact toughness AK≥45J

     

    II. Process Breakthroughs and Performance Advantages

    Our company uses a five-stage enhancement process to create the next-generation. Counterattack breaker hammer

    Vacuum refining: Eliminates porosity defects in materials, increasing density by 8%.

    Gradient heat treatment: Surface hardness reaches HRC63, while the core maintains a toughness of HRC45.

    Microcrystal Control: Grain size reaches ASTM Grade 12, an improvement of two grades over conventional processes.

    Composite reinforcement: Adding tungsten-titanium alloy to the working surface triples wear resistance.

    Stress Relief: Three-Dimensional Vibration Aging Treatment Eliminates the Risk of Cracking During Use

     

    III. Scenario-Based Configuration Solution

    Provided for different operating conditions. Counterattack breaker hammer Customized services:

    ▲ High-humidity materials: Equipped with an anti-adhesion groove design

    ▲ Highly corrosive environment: Add a corrosion-resistant alloy layer.

    ▲ Ultra-hard materials: Utilizing a composite structure

     

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