RCYA Pipe Permanent Magnetic Separator, De-iron Separator Self-cleaning Iron Separator

RCYA series pipe permanent magnetic separator is suitable for the circumstances of no conveyor belt, less iron in materials and only offering feed pipe, mainly used for sundries removal in the feed pipe in the industries, like cement, chemicals, coal, plastic, fire-proof material and building material. It has complex magnetic system to assemble magnetism, dual magnetic pole structure, high magnetic field strength, big attraction force, large adsorption area, and can guarantee the plentiful time to adsorb sundries from running materials.

Parameter model	Suitable output ≤T/h	Outline dimension of the pipe L*W*H mm	Outline dimension of permanent magnet L*W*H mm	Suitable slope and intersection angle of the ground	Weight	Suitable material
RCYA1-15	15	800*450*140	500*300*200	40°-50°	210	Small bulk material
RCYA1-30	30	900*550*170	600*400*240		260
RCYA1-50	50	1000*650*190	700*500*240		420
RCYA1-80	80	1100*750*200	800*600*260		825
RCYA1-100	100	1200*850*220	1000*700*300		1050
RCYA1-150	120	1300*1000*240	1150*650*320		1280
RCYA1-200	200	1400*1200*280	1350*800*340		1650
RCYA1-300	300	1600*400*310	1550*1200*380		2400

The RCYA Pipe Permanent Magnetic Separator is an industrial magnetic separation machine designed to continuously remove ferrous metal contaminants from powders, granules, and other bulk materials transported through pipelines or enclosed conveying systems. Using permanent magnetic components, the separator captures iron particles and magnetic impurities without requiring an external electromagnetic power supply for magnetic generation.

Also known as a Pipe Magnetic Separator, De-Iron Separator, Permanent Magnetic Iron Separator, or Self-Cleaning Iron Separator, the RCYA series is designed for applications where continuous material processing and reliable ferrous contamination removal are important.

The equipment can be integrated into material handling and production lines in industries such as food processing, grain milling, flour production, feed manufacturing, chemical processing, pharmaceuticals, ceramics, plastics, mining, powder processing, and building materials.

Its enclosed pipe-style structure allows bulk material to pass through a controlled magnetic separation area while captured iron contaminants are removed through a self-cleaning mechanism.

Parameter model	Suitable output ≤T/h	Outline dimension of the pipe L*W*H mm	Outline dimension of permanent magnet L*W*H mm	Suitable slope and intersection angle of the ground	Weight
RCYA2-15	15	800*450*150	500*300*120(1)	55°-75°	180
			500*70*30(2)
RCYA2-30	30	900*600*200	600*400*140(1)		240
			600*70*30(2)
RCYA2-50	50	1000*700*250	700*400*180(1)		300
			700*70*30(2)
RCYA2-80	80	1100*800*300	800*500*200(1)		710
			800*70*30(2)
RCYA2-100	100	1200*900*300	900*600*300(1)		950
			900*70*30(2)
RCYA2-120	120	1200*1000*300	1000*700*300(1)		1100
			1000*70*30(2)
RCYA2-200	200	1200*1200*350	1200*900*350		2100
			1200*700*30

 What Is a Pipe Permanent Magnetic Separator?

A Pipe Permanent Magnetic Separator is a magnetic separation device installed within or connected to a material conveying pipeline. The material flows through the separator while permanent magnets generate a magnetic field that attracts ferrous metal particles.

When contaminated material passes through the magnetic separation zone, iron particles and other ferromagnetic contaminants are attracted to the magnetic surface. Cleaned material continues through the conveying path toward the next production stage.

The self-cleaning configuration helps remove accumulated ferrous contaminants without requiring frequent manual intervention, making the equipment suitable for continuous industrial production.

How Does the RCYA Magnetic Separator Work?

The operating principle is based on magnetic attraction.

Bulk material enters the separator through the inlet. As the material passes through the magnetic separation area, ferrous contaminants encounter the strong magnetic field generated by permanent magnetic components.

Iron particles are attracted and retained by the magnetic surface, while non-magnetic product material continues through the outlet.

In the self-cleaning configuration, accumulated iron contaminants can be discharged from the magnetic separation area through the designed cleaning mechanism. This reduces the need for frequent manual cleaning and helps maintain stable separation performance.

The permanent magnetic system does not require continuous electrical power to generate the magnetic field, which can help simplify equipment operation and reduce energy requirements associated with electromagnetic systems.

Main Components

A typical RCYA Pipe Permanent Magnetic Separator may include:

Inlet Pipe
Outlet Pipe
Permanent Magnetic Assembly
Magnetic Separation Chamber
Self-Cleaning Mechanism
Iron Collection Area
Stainless Steel Contact Surfaces
Housing
Inspection Access
Mounting Structure
Sealing Components

Component configuration can vary according to material characteristics, pipeline diameter, required capacity, magnetic separation requirements, and installation conditions.

Self-Cleaning Iron Separator

The Self-Cleaning Iron Separator function is particularly useful for continuous production lines where large amounts of ferrous contaminants may accumulate.

Conventional magnetic separators may require operators to periodically stop the material flow and manually remove captured metal. A self-cleaning design can automate or simplify this removal process, helping reduce production interruptions.

This makes the RCYA system suitable for high-throughput applications where material purity and continuous operation are important.

The exact cleaning method can be configured according to the separator design and application. Operators should select the appropriate system based on contamination levels, material flow rate, particle characteristics, and required cleaning frequency.

De-Iron Separator Applications
Food Processing

Magnetic separation can help remove iron particles from flour, grain products, sugar, starch, spices, powdered ingredients, and other dry food materials.

The equipment can be installed before or after grinding, mixing, screening, conveying, or packaging processes.

Grain and Flour Milling

RCYA Pipe Magnetic Separators can be used in grain processing and flour milling systems to remove ferrous contaminants introduced during transportation, grinding, or mechanical processing.

Feed Manufacturing

Animal feed ingredients and finished feed can contain unwanted metal particles from upstream equipment. Magnetic separation provides an additional contamination-control stage.

Chemical and Powder Processing

The equipment can remove ferrous particles from chemical powders, pigments, additives, resins, and other bulk powder materials.

Ceramics and Building Materials

Ceramic powders, clay, feldspar, quartz, silica, and other mineral materials can benefit from iron removal when product color, purity, or downstream processing requirements are sensitive to ferrous contamination.

Plastics and Rubber

Plastic pellets, polymer powders, masterbatch materials, and rubber compounds can be processed through magnetic separation systems to reduce unwanted iron contamination.

Mining and Mineral Processing

Magnetic separation can be incorporated into mineral processing lines to remove ferrous metal contaminants or protect downstream equipment from metal debris.

Key Advantages of RCYA Pipe Permanent Magnetic Separator
1. Permanent Magnetic Technology

The magnetic field is generated by permanent magnets, eliminating the need for continuous electrical power to produce the primary magnetic force.

2. Continuous Ferrous Removal

The separator is designed for continuous material flow, making it suitable for automated production systems.

3. Self-Cleaning Design

The self-cleaning mechanism helps remove captured iron contaminants and reduces the frequency of manual cleaning.

4. Enclosed Pipeline Integration

The pipe-style structure can be integrated directly into enclosed material conveying systems.

5. Improved Product Purity

Removing ferrous particles can help improve the cleanliness and quality of processed materials.

6. Equipment Protection

Magnetic separation can help protect downstream crushers, grinders, mixers, screens, packaging machines, and other equipment from unwanted ferrous metal particles.

7. Wide Material Compatibility

The separator can be applied to many dry powders, granules, pellets, and bulk materials.

8. Compact Configuration

The pipeline installation design can reduce the additional floor space required for magnetic separation.

9. Low Operating Complexity

Permanent magnetic technology and an automated cleaning mechanism can simplify routine operation compared with some conventional electromagnetic separation systems.

How to Select the Right Pipe Magnetic Separator

Proper selection requires technical information about both the material and the conveying system.

Material Type: Provide the product name, particle size, moisture, temperature, bulk density, and flow characteristics.

Pipeline Diameter: The inlet and outlet dimensions should correspond to the existing conveying pipeline or process equipment.

Capacity: Specify the required material throughput, such as tons per hour or cubic meters per hour.

Iron Contamination: Information about the size, quantity, and type of ferrous contamination helps determine the appropriate magnetic separation configuration.

Magnetic Strength: The required magnetic performance depends on particle size, material layer thickness, flow speed, and required separation efficiency.

Material Contact Surface: Stainless steel or other suitable materials can be selected depending on hygiene, corrosion resistance, and product requirements.

Cleaning Method: Self-cleaning configurations should be selected according to contamination levels and required production continuity.

Installation and Maintenance

Correct installation is important for achieving stable magnetic separation performance.

The separator should be properly aligned with the material conveying pipeline. Sealing connections should be checked to prevent leakage of powder or granular material.

Operators should regularly inspect the magnetic assembly, housing, seals, cleaning mechanism, fasteners, and material flow path.

Although permanent magnets do not require electrical power to maintain their magnetic field, mechanical components in a self-cleaning system may require periodic inspection and maintenance.

Accumulated contaminants should be removed according to the equipment operating procedure. The cleaning system should be checked to ensure that captured iron is effectively discharged.

Before maintenance, the material conveying system should be stopped and appropriate safety procedures followed.

OEM and Custom Magnetic Separator

As an experienced Magnetic Separator Manufacturer and Factory, we provide customized RCYA Pipe Permanent Magnetic Separator solutions for different industrial material processing applications.

Customization can include pipe diameter, separator dimensions, magnetic configuration, magnetic strength, housing material, inlet and outlet arrangement, cleaning mechanism, mounting structure, inspection access, and connection method.

OEM solutions are available for food processing companies, grain mills, feed manufacturers, chemical plants, ceramic factories, mineral processors, equipment distributors, and industrial automation integrators.

Why Choose Us?
Professional Permanent Magnetic Separator Manufacturer
RCYA Pipe Magnetic Separator Solutions
Self-Cleaning De-Iron Separation Equipment
Permanent Magnet Technology
Customized Pipeline Connections
Suitable for Powder and Granular Materials
Stainless Steel Construction Options
Continuous Industrial Operation
OEM and Custom Manufacturing
Technical Support and Export Service

We provide magnetic separation solutions based on material characteristics, pipeline configuration, throughput, contamination levels, and production requirements. Our goal is to help customers improve material purity while protecting downstream equipment from unwanted ferrous contaminants.

FAQs
1. What is an RCYA Pipe Permanent Magnetic Separator?

It is an industrial magnetic separation device designed to remove ferrous metal particles from powders, granules, and bulk materials transported through a pipeline.

2. What does a De-Iron Separator remove?

A De-Iron Separator primarily removes ferromagnetic contaminants such as iron particles, steel fragments, and other magnetic metal debris.

3. Does a permanent magnetic separator require electricity?

The permanent magnets generate their magnetic field without continuous electrical power. However, a self-cleaning system may contain mechanical or powered components depending on its configuration.

4. What materials can the RCYA separator handle?

It can be designed for flour, grain, feed, chemical powders, ceramic materials, plastic pellets, mineral powders, fertilizer, and other dry bulk materials.

5. What is a Self-Cleaning Iron Separator?

It is a magnetic separator designed to remove accumulated ferrous contaminants with reduced manual cleaning, supporting more continuous production.

6. Can the separator be installed in an existing pipeline?

Yes. The separator can be customized with suitable inlet and outlet dimensions to integrate with an existing material conveying system.

7. Can it protect downstream processing equipment?

Yes. Removing ferrous metal particles can help reduce the risk of unwanted metal entering crushers, grinders, mixers, screens, packaging equipment, and other downstream machinery.

8. Is the separator suitable for food processing?

Yes. With appropriate sanitary construction and material-contact surfaces, magnetic separators can be used in food and ingredient processing applications.

9. What information is needed for a quotation?

Important information includes material type, capacity, particle size, pipeline diameter, moisture, temperature, expected iron contamination, installation arrangement, and cleaning requirements.

10. Do you provide OEM RCYA Magnetic Separators?

Yes. OEM and customized RCYA Pipe Permanent Magnetic Separator solutions are available for manufacturers, distributors, processing plants, engineering contractors, and industrial material handling projects.
  
 
 
  
  
  
  
 
 
 
 
 
 

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