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Steel Wire Cutting Pills For Heavy-Duty And High-Performance Cutting
Chemical Composition | Range |
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C | 0.45~0.75% |
Mn | 0.40~1.20% |
Si | 0.10~0.30% |
S | <0.04% |
P | <0.04% |
The average hardness of Steel Wire Cut Pills is as follows:
Diameter | Average Hardness |
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1.0mm | 51~53 HRC (525~561HV) |
1.5mm | 41~45 HRC (388~436HV) |
Advanced surface profiling: Steel cut wire shot can be engineered to create specific surface profiles on the workpiece. This is achieved by incorporating profile-enhancing features, such as angular or irregular shapes, or by offering shot particles with customized surface texturing. These advanced profiling capabilities enable precise control over surface roughness and texture, meeting the unique requirements of different applications.
Targeted cleaning solutions: Manufacturers can develop steel cut wire shot with specialized properties for targeted cleaning solutions. This includes shot particles designed to remove specific contaminants or coatings, such as paint, varnish, or scale, while minimizing the impact on the underlying material. This targeted approach enhances efficiency and reduces the need for additional cleaning steps.
Reduced dust and debris generation: Steel cut wire shot can be engineered with features that minimize dust and debris generation during the shot blasting process. This is achieved through improved shot design and surface treatments that reduce friction and abrasion, resulting in cleaner and safer working environments. It also simplifies post-cleaning processes, reducing the time and effort required for cleanup.
Enhanced adhesion promotion: Steel cut wire shot can be treated with specialized coatings or surface modifications that enhance the adhesion of coatings or subsequent treatments. These treatments can improve the bond strength between the workpiece and applied coatings, ensuring long-lasting adhesion and improved overall performance.
Tailored size distribution: Manufacturers can offer steel cut wire shot with tailored size distribution, providing a wide range of particle sizes to suit various applications. This allows for precise control over the cleaning intensity and coverage, ensuring optimal results for different workpiece sizes and shapes.
Reduced surface contamination: Steel cut wire shot can undergo additional cleaning and purification processes to minimize surface contamination. This includes removing residual oils, greases, or other impurities that may affect the cleaning efficiency or compromise the quality of the workpiece surface. The result is a cleaner and more pristine surface finish.
Enhanced operator safety features: Steel cut wire shot can be designed with enhanced safety features to protect operators during the shot blasting process. This includes features such as rounded edges or coatings that reduce the risk of injury from sharp particles, as well as reduced dust generation for improved air quality and respiratory protection.
Product Attribute | Value |
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Average Hardness |
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Microstructure |
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Size |
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Production Process | Drawing, Cutting, Strengthening, Etc. |
Application |
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Chemical Composition |
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Hardness Deviation | The Maximum Deviation Range Is ±1.0HRC or ±40HV |
Minimum Density | 7.8g/cm3 |
Name | Rounded Low Carbon Steel Wire Shot Cutting |
Tensile Strength |
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Steel cut wire shot cleaning: shot blasting cleaning, sandblasting cleaning, die casting cleaning, casting shot blasting cleaning, forging shot blasting cleaning, forging sandblasting cleaning, sand cleaning of castings, steel plate cleaning, steel material cleaning, steel plate cleaning, H-beam cleaning, steel structure cleaning.
Inner packaging: 25kg/bag with inner film bag.
Outer packaging: nylon woven bag, kraft paper bag, carton.
Whole ton packaging: pallet or ton bag.