Steel Wire Cut Pills The Maximum Deviation Range Is ±1.0HRC Or ±40HV
Surface coating compatibility: Steel cut wire shot can be designed with specialized surface coatings that enhance their compatibility with specific coatings or surface finishes. These coatings can improve adhesion, prevent contamination, or provide additional protection against corrosion, increasing the overall effectiveness and longevity of the coating system.
Enhanced impact resistance and fatigue life: Steel cut wire shot can be engineered with enhanced impact resistance and fatigue life, allowing them to withstand high-speed impacts and repetitive use even more effectively. This extended durability ensures prolonged usage without compromising performance, reducing the frequency of shot replacement and increasing operational efficiency.
Surface lubrication: Steel cut wire shot can be treated with lubricants or surface coatings that reduce friction and wear during the shot blasting process. This minimizes the generation of heat and reduces the risk of surface damage, ensuring a gentler and more controlled cleaning process.
Non-magnetic properties: Steel cut wire shot can be manufactured with non-magnetic properties, making them suitable for applications where magnetic interference or attraction is a concern. This feature is particularly useful in industries such as electronics or aerospace, where precision and sensitivity to magnetic fields are crucial.
Controlled hardness distribution: Steel cut wire shot can be engineered with controlled hardness distribution, where different sections of the shot have varying hardness levels. This allows for optimized cleaning performance, as different hardness zones can be tailored to specific cleaning requirements or target different surface contaminants more effectively.
Reduced surface roughness variation: Steel cut wire shot can be manufactured with reduced surface roughness variation, ensuring consistent cleaning results across the entire workpiece surface. This is particularly important for applications where uniformity and precise surface conditions are critical.
Advanced sorting and screening techniques: Manufacturers can implement advanced sorting and screening techniques to ensure an even higher level of quality control for steel cut wire shot. This includes automated sorting systems, laser-based size detection, or optical inspection methods, ensuring that each shot particle meets strict size, shape, and quality criteria.
Technical Parameters | Values |
---|---|
Tensile Strength | 1.0mm: 1750-2150 Mpa 1.5mm: 1250-1450 Mpa |
Minimum Density | 7.8g/cm3 |
Average Hardness | 1.0mm: 51-53 HRC (525-561HV) 1.5mm: 41-45 HRC (388-436HV) |
Production Process | Drawing, Cutting, Strengthening, etc. |
Size | 0.8mm, 1.0mm, 1.5mm, 2.0mm, 2.5mm |
Application | Shot Blasting, Shot Blasting, Die Casting Cleaning, Casting Shot Blasting, etc. |
Name | Steel Wire Cut Pills |
Microstructure | Longitudinal (uniformly Deformed Pearlite) Horizontal (uniformly Deformed Pearlite) |
Chemical Composition | C: 0.45-0.75% Mn: 0.40-1.20% Si: 0.10-0.30% S: <0.04% P: <0.04% |
Hardness Deviation | The Maximum Deviation Range Is ±1.0HRC Or ±40HV |
Inner packaging: 25kg/bag with inner film bag.
Outer packaging: nylon woven bag, kraft paper bag, carton.
Whole ton packaging: pallet or ton bag.
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