1. Product Introduction
The precision zirconia (ZrO₂) ceramic classifying wheel adopts high-efficiency and accurate airflow classification technology, enabling narrow particle size distribution control in ultrafine powder processing. Especially for magnetically sensitive materials such as lithium battery materials, its non-magnetic property completely eliminates iron contamination during the classification process and ensures high product purity. It is specially applicable to the production of battery cathode materials with strict iron content requirements, including lithium cobalt oxide, lithium iron phosphate, and ternary materials. It supports high-precision and low-loss fine classification operations in the fields of new energy batteries and electronic ceramics.
The special zirconia material features dual advantages of corrosion resistance (acid and alkali resistance, oxidation resistance) and wear resistance. With a hardness of above HRA88, its wear resistance is 3-5 times higher than that of metal classifying wheels. It is highly suitable for continuous high-speed working conditions, effectively extending the service life of the product, reducing maintenance frequency and downtime costs, and realizing significant maintenance cost reduction.
Optimized flow field and adjustable blade design realize precise narrow particle size distribution control with dynamically adjustable classification accuracy. It balances production capacity and product consistency perfectly, fully meeting the demands of continuous high-speed production.
The non-magnetic characteristic completely avoids the risk of iron contamination, satisfying the production requirements of high-purity electronic materials such as lithium cobalt oxide and ternary materials, and complying with the precision manufacturing standards of new energy batteries, electronic ceramics and other high-end fields.
The long-service-life design reduces the frequency of equipment shutdown and replacement. Combined with low maintenance costs and stable operational performance, it effectively cuts down the full life-cycle investment of equipment and improves the overall production efficiency and economic benefits.
| spécification | |
Brand | Sanxin nouveaux matériaux |
Nom du produit | Ceramic Classifying Wheel |
Material | Zirconia, 99% Alumina, Silicon Carbide, etc. |
Molding Method | Isostatic pressing, dry pressing, slip casting, etc. |
Customization Service | Custom processing available based on customer drawings and samples |
Processing Accuracy | ±0.005mm |
Production Cycle | 20-30 days |
Champ d’application | Food & pharmaceutical industry, new energy industry, mechanical accessories, electronic appliances, petrochemical industry, aerospace and other fields |
Sanxin New Materials has more than 10 years of R&D and production experience in fine ceramics. The company has built a full-process industrial ceramic production system covering product R&D, powder preparation, molding, sintering, as well as ceramic structural part design, mold processing, precision ceramic machining, inspection and assembly. As a professional manufacturer, supplier and solution provider in the fine ceramic industry, we provide customers with one-stop services including mapping and solution design, customization per drawings/samples, and component processing.Our mainstream ceramic materials include silicon carbide, alumina, zirconia, ZTA, ARZ, boron carbide, titanium carbide, titanium carbonitride and other high-performance ceramic materials.
Article: Processing Accuracy | |
Straightness, Roundness, Coaxiality, Concentricity, Runout | 0.005mm |
Flatness, Parallelism, Perpendicularity | 0.005mm |
Position Degree, Symmetry Degree | 0.005mm |
Surface finish of plane, curved surface and special-shaped surface | Ra0.02 |
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Zirconia Ceramic Classifying Wheel
Partie céramique de résistance à l’usure
Partie de Structure en céramique
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Sanxin New Materials Co., Ltd. se concentre sur la production et la vente de perles en céramique et des pièces telles que les médias de broyage, perles de dynamitage, bille de roulement, partie de structure, revêtements en céramique résistant à l’usure, nanoparticules Nano poudre
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