Shandong Longkuang Metal Products Co., Ltd.
Quality wins the market ，Integrity creates brand
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Strengthening And Other Processes Grinding Pills For Crankshafts Hardness Deviation -3.0-3.0HRC
Grinding pills is a revolutionary product designed to provide you with the best grinding experience. Made from rounded low carbon steel wire shot cutting, our product is perfect for all your grinding needs. It is not just a simple grinding tool, but a high-quality product that is refined by drawing, cutting, and strengthening processes to ensure its durability and performance.
Our product is made from the finest materials with the following chemical composition:
Our grinding pills are available in a range of sizes, from 0.2mm to 3.0mm, to cater to different grinding needs. This makes our product versatile and suitable for a variety of applications.
Our grinding pills are known for their strong impact resistance and stable performance. This makes them perfect for heavy-duty grinding tasks, providing you with efficient and effective results every time.
Our product is widely used in the automotive industry and other industrial fields. It is suitable for various components subject to alternating torque, such as springs, connecting rods, crankshafts, gears, rocker arms, and camshafts. It is also used in other industrial fields, making it a versatile and essential product for all your grinding needs.
Our grinding pills are refined using advanced techniques such as drawing, cutting, and strengthening to ensure their quality and durability. Each step of the production process is carefully monitored to maintain the highest standards, making our product the best in the market.
Choose grinding pills for all your grinding needs and experience the difference in performance and quality. Our product is the ultimate solution for achieving precise and efficient results. So, why wait? Get your hands on grinding pills today and take your grinding game to the next level!
Through proprietary thermal engineering, low-carbon shot cultivates an exceptionally resilient bainitic microstructure imparting unmatched toughness and consistency. High-carbon shot lacks such advanced metallurgical optimization.
Low-carbon shot is microscopically engineered from judiciously screened low-impurity feedstock and thermal processing tailored for uniform hardness. High-carbon shot is not developed to this degree of scientific precision.
The intricately architected microstructure of low-carbon shot, honed through scientific heat manipulation, renders it hugely resistant to fragmentation versus high-carbon shot. It maintains peak efficiency for ~3,600 cycles, slashing material usage over 20% versus the latter.
Low-carbon shot's geometry degrades in a harmonious, concentric fashion owing to its sophisticated internal design. This massively reduces wear compared to the fractal breakup characteristic of high-carbon shot, minimizing downtime and maintenance costs by a minimum 15%.
Low-carbon shot transforms into uniform, submicron particulate through controlled comminution. This dwarfs hazardous, angular dust emissions resulting from microfractures in high-carbon shot's unpredictable structure, more than halving airborne contaminants.
| Technical Parameters | Description |
|---|---|
| Product Name | Grinding Pills |
| Hardness | HRC 36-52 |
| Hardness Deviation | -3.0-3.0HRC |
| Features | Strong Impact Resistance And Stable Performance |
| Chemical Composition | C 0.06-0.12%, Si 0.12-0.3%, Mn 0.25-0.5%, S 0.045%, P 0.05% |
| Application | Used in the automotive industry for components subject to alternating torque such as springs, connecting rods, crankshafts, gears, rocker arms, camshafts, as well as other industrial fields. |
| Size | 0.2mm-3.0mm |
| Production Process | Refined by drawing, cutting, and strengthening processes using rounded low carbon steel wire shot cutting and stainless steel pills. |
Materials Development:
Grinding pellets play a indispensable role in removing surface flaws from specialized alloy compositions under development. This allows microstructural elucidation and property optimization pivotal for scientific progress.
Automotive Research:
Advanced R&D leverages grinding pellets to refine complex geometries, revealing new insights into friction and wear at the engineering frontiers. Knowledge gained bolsters high-performance solutions.
Aerospace Technology:
Within aeronautical science, grinding pellets facilitate microscopic analysis of novel materials, enhancing understanding of structure-property correlations. Such understanding helps expand performance envelopes.
Microsystems Fabrication:
Employed in miniaturized device prototyping, grinding pellets eliminate nanoscale defects, furthering comprehension of critical phenomena like quantum effects. This drives technological innovation.
Ultrafine Machining:
At the leading edge, grinding pellets are paramount for dimensional finishing and failure analysis of cutting-edge prototypes. Their use yields data pivotal to the design of future precision technologies.
Inner packaging: 25kg/bag with inner film bag.
Outer packaging: nylon woven bag, kraft paper bag, carton.
Whole ton packaging: pallet or ton bag.
