Strengthened Rounded Low Carbon Steel Wire Shot Cutting For Strengthening Process
a. Enhanced Impact Resistance and Stability: Low carbon steel shot possesses a bainite structure formed through isothermal transformation. This unique structure provides exceptional impact resistance, ensuring stable performance even in high-stress applications.
b. Non-Heat Treated High-Quality Composition: Low carbon steel shot is exclusively made from high-quality, low-carbon, low-residue, low-phosphorus, and low-sulfur new scrap steel without undergoing heat treatment. This manufacturing process guarantees the hardness of the steel shot, ensuring consistent performance.
c. High Toughness and Extended Service Life: The organizational structure of low carbon steel shot contributes to its exceptional toughness, making it highly resistant to breakage. It can withstand approximately 3,600 repeated cycles, reducing consumption by over 20% compared to high-quality high carbon steel shot.
d. Round Shape for Smooth Contact and Reduced Wear: Low carbon steel shots maintain a round shape throughout their lifespan, resulting in smooth contact between the equipment and the steel plate. In contrast, high carbon steel shots are prone to breakage, producing angular steel shots that increase the wear on shot blasting heads and linings. This wear and decreased efficiency can lead to prolonged maintenance times and downtime. The maintenance cost associated with the wear and tear of low carbon steel shot on equipment is at least 15% lower than that of high carbon steel shot.
e. Minimal Dust Generation and Emission: Low carbon steel shot gradually reduces in size layer by layer, significantly reducing dust generation during the shot blasting process. This reduction in dust leads to a decrease in dust emission of at least 20%, promoting a cleaner and healthier working environment.
Features | Strong Impact Resistance And Stable Performance |
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Application | Springs, Connecting Rods, Crankshafts, Gears, Rocker Arms, Camshafts And Other Components Subject To Alternating Torque In The Automotive Industry, As Well As Other Industrial Fields |
Size | 0.2mm-3.0mm |
Production Process | Refined By Drawing, Cutting, Strengthening And Other Processes |
Name | Grinding Pills |
Hardness | HRC 36-52 |
Chemical Composition | C 0.06-0.12%, Si 0.12-0.3%, Mn 0.25-0.5%, S 0.045%, P 0.05% |
Hardness Deviation | -3.0-3.0HRC |
Key Features | Stainless steel pills |
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Production Process | Rounded low carbon steel wire shot cutting, Stainless steel pills |
Size | 0.2mm-3.0mm |
Application | Springs, Connecting Rods, Crankshafts, Gears, Rocker Arms, Camshafts And Other Components Subject To Alternating Torque In The Automotive Industry, As Well As Other Industrial Fields |
Hardness | HRC 36-52 |
Metal Processing Excellence: Grinding pellets are widely used in the metal processing industry to achieve a smoother and more uniform metal surface. They effectively remove oxide layers, scratches, welding slag, and other surface imperfections. These versatile pellets find application in grinding and polishing various metal products, including castings, forgings, steel, aluminum, stainless steel, and more.
Automotive Precision: The automobile industry extensively utilizes grinding pellets for manufacturing and repair purposes. They are particularly valuable in the surface treatment of automotive parts such as engine components, body parts, wheels, and more. By using grinding pellets, manufacturers aim to improve the surface quality and smoothness of these parts, enhancing their overall performance and visual appeal.
Aerospace Excellence: Grinding pellets play a crucial role in the aerospace industry, specifically for grinding and polishing aerospace engine parts, aircraft structural components, and more. These pellets are instrumental in ensuring that the surface quality of these critical parts meets the high demanding standards of the aerospace industry.
Electronics Industry Precision: Grinding pellets find wide application in the electronics industry for the surface treatment of electronic components and semiconductor devices. By removing welding slag, oxide layers, and other contaminants, grinding pellets significantly improve the component's surface finish and electrical performance. This is crucial in ensuring the reliability and functionality of electronic devices.
Precision Machining Expertise: Grinding pellets are widely embraced in precision machining, catering to the grinding and polishing needs of optical components, watches, jewelry, and other precision parts. Their usage in this field allows for the attainment of high-precision and high-finish surfaces, meeting the stringent requirements of precision machining processes.
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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