Qingyun Hongsheng Machinery Parts Co., Ltd. is one of the most reliable manufacturers and suppliers of bimetal composite high chromium high manganese steel wear-resistant hammer head in China. We warmly welcome you to wholesale high quality bimetal composite high chromium high manganese steel wear-resistant hammer head at low price from our factory. If you have any enquiry about quotation, please feel free to email us.
Product Introduction
The Bimetal composite high chromium high manganese steel wear-resistant hammer head is an advanced crushing component engineered for extreme abrasion and impact conditions. Its core innovation lies in the specialized casting technology that seamlessly integrates two distinct alloys: a high-chromium steel section at the working head for maximum hardness and wear resistance, and a high-manganese steel body for superior toughness and shock absorption.
This intelligent material combination ensures that the hammer head maintains a sharp, durable working edge to efficiently break material, while the robust handle effectively withstands repeated high-impact forces without fracturing. The result is a product that overcomes the traditional trade-off between hardness and toughness.
Ideal for use in mining, cement production, and aggregate processing, this hammer head delivers significantly extended service life, reduced frequency of replacement, and lower overall operating costs, providing exceptional value in demanding crushing applications.
Commonly Used Casting Materials for Products
High manganese steel, represented by ZGMn13. Its main advantage is excellent toughness and good impact resistance under heavy load, and it is cost-effective. However, its initial hardness is relatively low, and wear resistance may be insufficient under low-impact conditions.
High chromium cast iron, such as Cr15, Cr20, and Cr26. It offers extreme hardness and outstanding wear resistance but has poor toughness and is prone to cracking under high impact or vibration.
Alloy steel, including grades like 42CrMo and 40CrNiMo. This material provides a good balance of hardness and toughness after heat treatment and offers high fatigue strength. However, its pure wear resistance is generally lower than that of high chromium cast iron.
Bimetal composite material, such as the previously mentioned product. It combines a high-hardness wear-resistant section with a high-toughness support section through composite casting. This design extends service life and improves safety, but the production process is more complex and costly compared to single-material options.
Specifications and Product Information
| Product Name | Bimetal composite high chromium high manganese steel wear-resistant hammer head |
| Base Materials | High manganese steel, High chromium alloy, Alloy steel, etc. |
| Casting Processes | Lost foam casting, Resin-coated sand casting, Shell mold casting, Investment casting |
| Services | 7*24 customer service, Customization according to drawings, Material customization, etc. |
| Specifications | Custom specifications |
Product Gallery
Frequently Asked Questions
What are the main advantages of this bimetal composite hammer head?
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It utilizes a composite casting process to combine the high hardness of high-chromium alloy with the high toughness of high-manganese steel. This achieves an optimal balance between wear resistance and impact resistance, typically extending service life by over 50% compared to traditional single-material hammer heads.
What materials is it suitable for crushing?
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It is particularly suitable for crushing materials with high hardness and high abrasiveness, such as granite, basalt, quartzite, iron ore, slag, and concrete from construction waste.
Do you provide material inspection reports?
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Yes, we can provide authoritative third-party inspection reports for material chemical composition analysis and hardness testing along with the shipment, ensuring the material complies with the agreed specifications.
Can you customize non-standard sizes and shapes?
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Absolutely. We support customized production based on drawings or samples provided by the client, including personalized design of dimensions, structure, counterweight, and mounting holes.
Will the composite interface become a weak point?
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No. We employ advanced pouring processes and interface treatment technology to ensure a metallurgical bond between the two metals at the interface. This results in high bonding strength, and the interface will not delaminate under normal operating conditions.
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