Brief: This video explains the main functions and practical uses of the Customized High Manganese Steel Alloy Crusher Hammer Head in a clear, step-by-step format. You will see a detailed walkthrough of its manufacturing processes, including forging and casting, and learn how its improved design increases impact force, wear resistance, and crushing efficiency in mining operations.
Related Product Features:
Increased impact force on materials due to an optimized center of gravity and higher gyration speed.
Enhanced effective wear resistance, with improved structure allowing one set to perform like two previous sets.
Reduced discharge particle size and increased hourly output for more efficient crushing.
Manufactured using forging processes that refine internal metal structure and improve mechanical properties.
Available in various materials including high manganese steel, bimetallic composites, and hard alloy for superior wear resistance.
Produced with strict quality control including spectrometer chemical analysis and heat treatment.
Certified with ISO9001:2008 and BUREAU VERITAS for guaranteed quality and reliability.
Utilizes advanced molding processes like water-glass sand casting or lost form casting for precision.
FAQs:
What are the main types of crusher hammer heads available based on material?
The crusher hammer head can be divided into several types including high manganese steel hammer head, bimetallic hammer head, composite hammer head, big gold tooth hammer head, medium chromium alloy hammer head, and hard alloy hammer head, with hard alloy offering excellent wear resistance.
How does the improved design of the hammer head enhance crushing efficiency?
The improved design increases the hammer's effective wear from 9 kg to 16 kg, reduces the discharge particle size to 8-10 mm with 60% powder, and boosts hourly output by improving the impact force and reducing the gap between the hammer and shell plate.
What quality assurances and certifications are provided with this crusher hammer head?
The product comes with a one-year guarantee against manufacturing defects, undergoes hardness and flaw detector testing, and is certified with ISO9001:2008 and BUREAU VERITAS, ensuring high standards of quality and reliability.