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JunHe
Equipped with precise mesh sizing, it enables highly efficient screening. For instance, in sand screening, it can achieve a separation accuracy of up to 95%, saving time and boosting productivity.
It is applicable across a wide range of fields, including mining, construction, and food processing. In mining, it separates ores; in construction, it sifts aggregates; and in food processing, it sorts grains.
We offer custom-made meshes that can be tailored to specific mesh sizes, shapes, or additional features, catering to the diverse needs of our customers.
A wide variety of mesh sizes is available, ranging from 0.1mm aperture for fine screening to 50mm for coarse separation. This allows for the precise sorting of various materials, whether it is fine powders in the chemical industry or large-sized aggregates in construction.
It is primarily composed of high-grade manganese steel, with the manganese content typically ranging from 11% - 14%. This specific alloy composition endows it with excellent wear resistance and toughness, ensuring long-term use in harsh working conditions.
It exhibits a high tensile strength of 800 - 1200 MPa. This strong tensile property enables the screen mesh to withstand heavy loads during operation, such as in continuous mining conveyor systems where large volumes of materials pass through.
It can endure significant impact forces. In standardized impact tests, it can withstand impacts of up to 20 J without deformation, making it suitable for applications where sudden impacts are common, like in vibrating screening machines in the mining industry.
It is rated as highly corrosion-resistant. After 1000-hour salt-spray tests, it shows no signs of rust or degradation, which is crucial for use in humid or corrosive environments such as coastal construction sites or chemical processing plants.
In mining, manganese steel screen mesh is used to separate ores from gangue. Its sturdy build can resist ore abrasion. For example, in gold mines, it sizes ore particles to facilitate easier extraction.
In construction, this mesh is used to sift aggregates like sand and gravel. It ensures the proper particle sizes for high-quality concrete mixing.
Food plants utilize it to sift grains and flour. Fine-meshed versions can remove impurities, safeguarding food safety.
In the chemical industry, the mesh screens powders and granules. It classifies products by size, ensuring consistent quality, as seen in fertilizer production.
Recycling facilities rely on the mesh to separate metals, plastics, and glass by size, enhancing recycling efficiency.
Q1: What makes manganese steel suitable for screen meshes?
A1: Manganese steel has high wear - resistance and toughness. Its alloy composition, with 11% - 14% manganese, enables it to endure harsh conditions, making it ideal for screen meshes in various industries.
Q2: How long does the manganese steel screen mesh typically last?
A2: It depends on usage. In mining, with heavy - duty use, it can last 6 - 12 months. In less - demanding applications like food processing, it may last 1 - 2 years due to its durability.
Q3: Can the mesh be cleaned easily?
A3: Yes. For most applications, a simple water rinse or gentle brushing can remove debris. In cases of stubborn dirt, mild detergents can be used without affecting the mesh's integrity.
Q4: Is it possible to customize the mesh size?
A4: Absolutely. We offer a wide range of custom - made mesh sizes, from very fine to coarse, to meet specific industry needs. Just let us know your requirements.
Equipped with precise mesh sizing, it enables highly efficient screening. For instance, in sand screening, it can achieve a separation accuracy of up to 95%, saving time and boosting productivity.
It is applicable across a wide range of fields, including mining, construction, and food processing. In mining, it separates ores; in construction, it sifts aggregates; and in food processing, it sorts grains.
We offer custom-made meshes that can be tailored to specific mesh sizes, shapes, or additional features, catering to the diverse needs of our customers.
A wide variety of mesh sizes is available, ranging from 0.1mm aperture for fine screening to 50mm for coarse separation. This allows for the precise sorting of various materials, whether it is fine powders in the chemical industry or large-sized aggregates in construction.
It is primarily composed of high-grade manganese steel, with the manganese content typically ranging from 11% - 14%. This specific alloy composition endows it with excellent wear resistance and toughness, ensuring long-term use in harsh working conditions.
It exhibits a high tensile strength of 800 - 1200 MPa. This strong tensile property enables the screen mesh to withstand heavy loads during operation, such as in continuous mining conveyor systems where large volumes of materials pass through.
It can endure significant impact forces. In standardized impact tests, it can withstand impacts of up to 20 J without deformation, making it suitable for applications where sudden impacts are common, like in vibrating screening machines in the mining industry.
It is rated as highly corrosion-resistant. After 1000-hour salt-spray tests, it shows no signs of rust or degradation, which is crucial for use in humid or corrosive environments such as coastal construction sites or chemical processing plants.
In mining, manganese steel screen mesh is used to separate ores from gangue. Its sturdy build can resist ore abrasion. For example, in gold mines, it sizes ore particles to facilitate easier extraction.
In construction, this mesh is used to sift aggregates like sand and gravel. It ensures the proper particle sizes for high-quality concrete mixing.
Food plants utilize it to sift grains and flour. Fine-meshed versions can remove impurities, safeguarding food safety.
In the chemical industry, the mesh screens powders and granules. It classifies products by size, ensuring consistent quality, as seen in fertilizer production.
Recycling facilities rely on the mesh to separate metals, plastics, and glass by size, enhancing recycling efficiency.
Q1: What makes manganese steel suitable for screen meshes?
A1: Manganese steel has high wear - resistance and toughness. Its alloy composition, with 11% - 14% manganese, enables it to endure harsh conditions, making it ideal for screen meshes in various industries.
Q2: How long does the manganese steel screen mesh typically last?
A2: It depends on usage. In mining, with heavy - duty use, it can last 6 - 12 months. In less - demanding applications like food processing, it may last 1 - 2 years due to its durability.
Q3: Can the mesh be cleaned easily?
A3: Yes. For most applications, a simple water rinse or gentle brushing can remove debris. In cases of stubborn dirt, mild detergents can be used without affecting the mesh's integrity.
Q4: Is it possible to customize the mesh size?
A4: Absolutely. We offer a wide range of custom - made mesh sizes, from very fine to coarse, to meet specific industry needs. Just let us know your requirements.
