| 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:
Efficient Iron Removal & Scale Prevention: A strong magnetic field not only adsorbs iron particles but also magnetically treats iron ions in water, inhibiting pipeline corrosion and scaling.
High-Flow Design: Flow channels are optimized for the high-flow characteristics of water treatment, resulting in low pressure drop and significant energy savings.
Anti-Fouling & Durable: The powerful cleaning mechanism can strip off magnetic impurities encased in oil and grease, adapting to poor water quality conditions.
Fully Automatic Operation: Automatically cleans based on water quality or time, requiring no manual intervention, reducing operation and maintenance costs.
Protects Downstream Equipment: Effectively removes ferromagnetic impurities, protecting precision filters, RO membranes, heat exchangers, pumps, and valves.
Product Attribute Table:
|
Attribute Category |
Detailed Parameters/Specifications |
|---|---|
|
Basic Parameters |
|
|
Equipment Type |
Pipeline-type Iron Remover for high-flow water treatment applications |
|
Magnetic System Type |
High-strength Permanent Magnet Type / Energy-saving Electromagnetic Type (suitable for extra-large flows) |
|
Performance Parameters |
|
|
Magnetic Field Strength |
8,000-12,000 GS (Gauss, varies by model) |
|
Iron Removal Effect |
Removal rate ≥95% for suspended iron particles; has a magnetic improvement effect on dissolved iron ions |
|
Processing Flow Rate |
10-500 m³/h (standard range), larger flows customizable |
|
Working Pressure |
≤1.6 MPa (high-pressure models customizable) |
|
Applicable Temperature |
0°C to +90°C |
|
Structure & Material |
|
|
Housing Material |
Carbon steel with epoxy coating/304/316L Stainless Steel |
|
Lining/Coating |
Optional epoxy resin, polyurethane, rubber lining for corrosion and wear resistance |
|
Magnetic Rod Matrix |
Multi-layer high-density arrangement to maximize adsorption area |
|
Cleaning & Discharge |
|
|
Cleaning Method |
High-pressure water/air automatic reverse flushing; Scraper + demagnetization (for electromagnetic type) |
|
Discharge Method |
Automatic drain valve direct discharge or connection to a sludge collection system |
|
Differential Pressure Monitoring |
Equipped with DP sensor, automatically alarms and initiates cleaning when pressure drop exceeds the setpoint |
|
Control & Installation |
|
|
Control Method |
Simple timer control or PLC intelligent control (optional) |
|
Installation Type |
Horizontal installation (standard); Vertical installation optional for large-diameter models |
|
Connection Standards |
National Standard Flange (GB), American Standard Flange (ANSI), German Standard Flange (DIN) optional |
|
Power Supply |
Electromagnetic Type: AC380V; Control Part: AC220V |
|
Suitable Water Media |
|
|
Application Areas |
Industrial circulating cooling water, boiler feed water, electroplating wastewater, mine water, process rinse water, etc. |
|
Impurity Types |
Iron rust, welding slag, wear iron powder, magnetic ore powder, etc. |
|
Water Compatibility |
Tolerates a certain degree of oil content, suspended solids, and pH (pH 5-10) |
Q&A:
Q: For circulating water containing a small amount of oil, will the iron remover get clogged by grease?
A: No. The WT series features a combination of robust scrapers and high-pressure reverse flushing, effectively stripping magnetic impurities adhered to by oil and grease. For conditions with higher oil content, we can recommend pre-oil removal devices or provide magnetic rods with special surface treatment.
Q: How to handle the iron-containing sludge discharged from equipment cleaning?
A: The equipment drain port can be directly connected to the factory's sewer line or sludge collection pit. The discharged impurities are highly concentrated and small in volume, significantly reducing the total amount of subsequent sludge treatment. It is an efficient pretreatment method.
Q: Does installation require production shutdown?
A: Standard installation requires cutting and welding flanges onto the pipeline, which is recommended during scheduled maintenance shutdowns. We provide detailed installation guidance drawings and optional bypass pipeline design schemes to minimize shutdown time.
Application Case:
A large chemical plant installed a WT-200 iron remover on the main pipeline of its circulating cooling water system. After six months of operation, inspections of the downstream plate heat exchanger showed an over 80% reduction in iron rust deposits. Heat exchange efficiency remained stable, and the cleaning interval extended from 3 months to over 1 year, demonstrating significant energy savings and maintenance benefits.
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.