| Brand Name: | M.Y |
| Model Number: | MYXZ |
| MOQ: | 1 |
| Price: | 1-50000 USD |
| Payment Terms: | Prepay 30%,70% of payment before shipping |
| Supply Ability: | >100 |
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Product Advantages:
High-Precision Iron Removal: Utilizes a high-strength magnetic circuit design to effectively remove micron-level ferromagnetic impurities from lithium battery cathode/anode slurries and electrolytes, ensuring material purity with an iron removal efficiency exceeding 99.9%.
Corrosion-Resistant Design: Contact parts can be made of Hastelloy or special protective coatings for corrosive media like electrolytes.
Continuous Stability: Automatic cleaning prevents magnetic field attenuation, ensuring consistent iron removal effects between batches of battery slurry.
Intelligent Adaptation: The PLC can automatically optimize cleaning frequency based on slurry viscosity and flow rate, ensuring a balance between efficiency and energy saving.
Explosion-Proof Safety: Explosion-proof motors and control boxes are available as options to meet the explosion-proof requirements of lithium battery production workshops.
Product Attribute Table:
|
Attribute Category |
Detailed Parameters/Specifications |
|---|---|
|
Basic Parameters |
|
|
Equipment Type |
Pipeline-type Self-Cleaning Iron Remover specialized for New Energy Materials |
|
Magnetic System Type |
Permanent Magnet Type (Ultra-high coercivity NdFeB) / Electromagnetic Type (Optional) |
|
Performance Parameters |
|
|
Magnetic Field Strength |
≥15,000 GS (Gauss), Central field strength customizable |
|
Iron Removal Precision |
Can remove ferromagnetic particles with a diameter ≥1 µm |
|
Processing Capacity |
5-250 m³/h (adjusted based on slurry viscosity) |
|
Working Pressure |
≤1.0 MPa |
|
Applicable Temperature |
-10°C to +80°C (standard), higher temperatures customizable |
|
Material & Corrosion Resistance |
|
|
Cylinder Material |
304/316L Stainless Steel |
|
Corrosion Protection Options |
For electrolytes: Optional Hastelloy C276 lining, PTFE coating, or all-plastic (PVDF/PP) construction |
|
Magnetic Rod Protection |
Stainless steel sleeve, wall thickness ≥2mm, wear and corrosion resistant |
|
Cleaning & Control |
|
|
Cleaning Method |
Automatic reverse flushing + scraper; Electromagnetic type includes instant power-off demagnetization |
|
Control System |
PLC, touch-screen operation, recipe management (can store parameters for different slurries) |
|
Signal Output |
4-20mA (flow, differential pressure), RS485/Modbus TCP communication |
|
Explosion-Proof Rating |
Optional: Ex d IIB T4 Gb / Ex tD A21 IP65 T130°C |
|
Connection & Installation |
|
|
Connection Method |
Flange connection (standard industrial flanges), quick-connect optional |
|
Installation Orientation |
Recommended vertical installation (slurry flows top-down) |
|
Footprint |
Compact, easy to integrate into existing slurry transfer pipelines |
|
Industry Adaptation |
|
|
Suitable Slurries |
Lithium battery cathode/anode slurries, water-based/oil-based slurries, electrolyte precursors, etc. |
|
Target Impurities |
Iron powder, iron oxides, stainless steel wear debris, and other magnetic foreign particles |
|
Effect Verification |
Can be paired with online metal detectors or sampling testing solutions |
Q&A:
Q: Can the equipment handle high-viscosity lithium battery slurries?
A: Yes. The NE series is optimized for high-viscosity slurries with improved flow channel design and can ensure cleaning effectiveness by increasing reverse flushing pressure. Please provide specific viscosity parameters for our optimal model recommendation.
Q: How is the iron removal effect verified? Can it reach ppb level?
A: We offer professional testing solutions. An online inductive metal detector can be connected to the equipment outlet for real-time monitoring, or sampling can be performed for ICP-MS analysis to ensure impurity content meets high-end ppb-level requirements.
Q: Will equipment cleaning affect the continuous supply of slurry?
A: Absolutely not. The self-cleaning process is completed instantaneously (typically <10 seconds) within the sealed pipeline. The cleaning valve features a three-way design, discharging impurities into a bypass collection tank, ensuring uninterrupted main flow slurry supply for continuous production.
Application Case:
A leading lithium battery material manufacturer adopted the NE-150 model for continuous iron removal in high-nickel ternary cathode slurry. The equipment operates stably. Post-treatment slurry testing shows iron content consistently below 10 ppb, significantly improving battery energy density and cycle life, leading to long-term batch purchases by the customer.
Company Profile:
Tianjin Minyang Precision Machinery Co., Ltd. is a high-tech enterprise specializing in the research, development, production, sales, and service of magnetic application equipment. Established in 2019, the company is located in the Balitai Industrial Park, Jinnan District, Tianjin, with a factory building area of 3,500 square meters, including a 2,700-square-meter production workshop and an 800-square-meter office area. The company holds three major system certifications: ISO9001 Quality Management System, ISO14001 Environmental Management System, and ISO45001 Occupational Health and Safety Management System. It possesses over thirty patents and software copyrights. Adhering to the business philosophy of "Quality, Innovation, Service," the company is committed to providing customers with first-class products and attentive service.