Material Selection for Perforated Sheets Used in Mining Machinery Equipment
Source:www.cn-psp.cnAuthor:河北森驰公司 Last updated:2024-11-27 10:19:08 Browse:
In mining machinery, screening plates are key components, especially when it comes to sorting stones. The screening plates are subjected to the rolling, pushing, and friction of stones, which accelerates wear and tear. Therefore, choosing the right material for perforated sheets is crucial to prolonging their service life and improving equipment efficiency.
Perforated Sheet
Material Requirements for Screening Plates
Screening operations cause significant wear on the plates, so, in addition to considering the thickness of the perforated sheets, it's essential to select materials with strong wear resistance to ensure the durability of the screening plates during extended use.
Material Comparison
304 Stainless Steel Perforated Sheets: 304 stainless steel perforated sheets have good wear resistance due to the presence of manganese. However, they are more expensive and are typically used in high-demand applications.
Manganese Steel Perforated Sheets: Manganese steel offers significantly higher wear resistance compared to regular Q235 steel plates, and its price is comparable to that of iron plates, making it a cost-effective option. Manganese steel perforated sheets are highly effective in mining screening applications and can significantly extend the service life of the screening plates.
Recommended Material
For the specific needs of stone screening in mining equipment, manganese steel perforated sheets are highly recommended by Anping Senchi Metal Wire Mesh Products Co., Ltd. Manganese steel's wear resistance is several times that of regular steel plates, and it offers better practicality and cost-effectiveness than 304 stainless steel perforated sheets, making it ideal for heavy-duty mining screening tasks.
In conclusion, manganese steel perforated sheets are the best choice for screening plates in mining machinery. They provide improved durability while maintaining a high cost-performance ratio.
