MAG SPRING® combines magnetic separation capabilities with application evaluation and engineering support for powders, granules, liquids and slurries. As the wholly owned export subsidiary of SOUWEST MAGNETECH, MAG SPRING® serves as the international business channel for magnetic separation projects.
Since 2003, our team has supported manufacturers seeking practical ways to control ferromagnetic contamination across food processing, pharmaceutical manufacturing and chemical production.
This company video introduces the people, engineering resources and manufacturing capabilities behind our magnetic separation solutions. It also shows how we support applications across food processing, pharmaceutical manufacturing and chemical production.
Primary CTA: Submit Your Application Details
Magnetic Separation Capabilities Across Different Material Flows
The video provides an overview of SOUWEST MAGNETECH and MAG SPRING®, including our manufacturing operations, application experience and approach to magnetic separation projects.
Our organization includes more than 200 professionals and over 30 R&D specialists. Our products and services reach customers in more than 50 countries. These resources allow our team to evaluate different materials, operating conditions and installation requirements before recommending a magnetic separation configuration.
Rather than treating magnetic strength as the only selection factor, our engineers also consider material state, flow behavior, temperature, pressure, viscosity, contamination characteristics, installation space and cleaning requirements.
Magnetic Separation for Different Material Flows
Magnetic separation equipment must match the way material moves through the production line. A design that works for a free-flowing powder may not be suitable for a viscous liquid or an abrasive slurry.
Dry Powders and Granules
Powders and granules may contain ferromagnetic particles introduced by raw materials, handling systems or equipment wear. The correct separator configuration depends on flowability, particle size, throughput, available installation space and cleaning frequency.
Explore Permanent Magnetic Separators
Liquids and Slurries
Liquid and slurry applications require attention to viscosity, flow rate, pressure, temperature, corrosion conditions and connection type. These factors influence the housing, magnetic circuit, sealing method and cleaning arrangement.
Explore Electromagnetic Separators
Applications Across Core Industries
Food Processing
In food processing, magnetic separation can form part of a broader foreign-material control program. Equipment selection should consider the product, installation point, cleaning procedure, contact materials and the verification requirements defined by the facility.
View Magnetic Separation for Food Powders
Pharmaceutical Manufacturing
Pharmaceutical applications require careful evaluation of material contact surfaces, cleaning access, process conditions and contamination-control objectives. The separator configuration should be reviewed against the requirements of the specific production line rather than selected from magnetic strength alone.
View Pharmaceutical Magnetic Separation Solutions
Chemical Processing
Chemical powders, liquids and slurries can differ significantly in viscosity, corrosiveness, temperature and flow behavior. These conditions must be assessed before the housing material, magnetic system and cleaning method are defined.
View Magnetic Separators for Chemical Processing
From Process Information to an Engineering Recommendation
A useful magnetic separation recommendation starts with the application, not a catalogue model. Our evaluation process focuses on four steps:
- Understand the material — powder, granule, liquid or slurry; particle behavior; contamination characteristics.
- Review the operating conditions — flow rate, temperature, pressure, viscosity, installation space and cleaning requirements.
- Compare suitable configurations — permanent or electromagnetic systems, manual or automatic cleaning, and the required connection and contact materials.
- Confirm the project basis — document the selected configuration and agree on the applicable inspection or acceptance requirements before production.
FEA is used as an engineering tool to support magnetic-circuit and structural evaluation where appropriate. Final equipment selection remains dependent on the actual process conditions supplied by the customer.
Manufacturing and Project Support
SOUWEST MAGNETECH was established in 2003. Today, the organization includes more than 200 professionals, supported by over 30 R&D specialists, and serves customers in more than 50 countries.
The company has recorded a customer satisfaction rate above 98% for five consecutive years. For procurement teams, these figures are most useful when supported by the project documentation, technical communication and delivery records available during supplier evaluation.
MAG SPRING® provides the international communication channel for customers who need magnetic separation equipment, application review or project coordination.
Discuss Your Application
The appropriate magnetic separator depends on what is moving through the line and how the process operates. To help our team review your application, please provide:
- Material name and physical state;
- Expected throughput or flow rate;
- Operating temperature and pressure;
- Viscosity or flowability information;
- Known contamination type and particle characteristics;
- Existing pipe, chute or equipment dimensions;
- Cleaning method and automation requirements;
- Applicable inspection or documentation requirements.
Primary CTA: Submit Your Application Details
Secondary CTA: Explore Permanent Magnetic Separators | Explore Electromagnetic Separators
Frequently Asked Questions
What types of materials can magnetic separation systems process?
Magnetic separation systems can be configured for powders, granules, liquids and slurries. The appropriate design depends on material behavior, flow conditions, contamination characteristics and cleaning requirements.
How do I choose between a permanent and an electromagnetic separator?
Permanent magnetic separators are often considered where continuous magnetic force, low energy consumption and simpler operation are important. Electromagnetic systems may be evaluated when the application requires a controllable magnetic field or a different separation configuration. The final choice should be based on the material and operating conditions.
Which information is required for equipment selection?
Useful inputs include the material name, particle size, throughput, temperature, pressure, viscosity, installation dimensions, contamination characteristics, cleaning method and required documentation.
Can one magnetic separator be used for food, pharmaceutical and chemical applications?
Not automatically. Each industry and production line can have different requirements for contact materials, surface finish, sealing, cleaning, access and documentation. The equipment must be evaluated against the specific application.
What is the relationship between SOUWEST MAGNETECH and MAG SPRING®?
SOUWEST MAGNETECH is the parent company. MAG SPRING® is its wholly owned export subsidiary and serves as the international business channel for magnetic separation and magnetic application projects.
Can MAG SPRING® review a material before recommending equipment?
Customers can submit material and process information for an initial application review. Where additional verification is needed, the required testing scope and acceptance criteria should be agreed before the project proceeds.