Brief: See how this offering can bring practical value to common tasks and projects. In this video, we introduce and demonstrate the Customized High Manganese Steel Alloy Crusher Hammer Head for mines. You'll see how its improved design increases impact force and wear resistance, learn about the forging process that enhances its mechanical properties, and discover how it reduces discharge particle size to boost 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, with one improved set performing equivalently to two previous sets, reducing usage costs.
Reduced discharge particle size to 8-10 mm with 60% powder, significantly improving crushing effect and hourly output.
Manufactured through forging to refine internal metal structure and improve mechanical properties.
Utilizes high manganese steel, alloy steel, or bimetallic composite materials for superior wear resistance and toughness.
Produced using advanced melting facilities like medium frequency electric furnaces and controlled water-glass sand or lost form casting.
Undergoes rigorous heat treatment processes including annealing, quenching, and tempering for durability.
Quality assured with spectrometer chemical analysis, hardness testing, and certifications including ISO9001 and BUREAU VERITAS.
FAQ's:
What are the main types of crusher hammer heads available based on material?
Crusher hammer heads are primarily categorized into high manganese steel hammer heads, bimetallic hammer heads, composite hammer heads, big gold tooth hammer heads, medium chromium alloy hammer heads, and hard alloy hammer heads, with hard alloy offering excellent wear resistance.
How does the improved design of this hammer head enhance crushing efficiency?
The design increases the hammer's gyration speed and impact force on materials, extends effective wear life to reduce replacement frequency, and lowers discharge particle size to 8-10 mm with higher powder content, boosting hourly output and overall crushing performance.
What quality control measures and certifications are associated with this product?
Quality is ensured through spectrometer chemical analysis during production, hardness and flaw detector testing, and adherence to ISO9001:2008 standards, with certification from BUREAU VERITAS, backed by a one-year guarantee against manufacturing defects.