GME-One-Stop Solution For Magnetic Plates Production In China
Rich Experience
GME specializes in magnetic products with 15+ years of manufacturing and export experience. We know what works on real production lines.
One-Stop Magnetic Plate Solution
From selection to production and delivery, GME provides a one-stop solution for magnetic plates in China. Share your material and installation point, and we match the right design.
Professional Team & QC
Factory QC is applied during production. Gauss and pull force/tension tests can be provided per order.
OEM/ODM
Custom size, housing (304/316), magnet grade, and branding are available. You get stable quality and competitive pricing for repeat orders.
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Suspended Plate MagnetsSuspended plate magnets are those permanent magnets which are installed above the open conveyors to clear the ferrous objects and fines found in grains, feedstuffs, dry chemicals, and otherread more
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Permanent Suspended Magnetic Separator for Conveyor BeltsAmong those famous suspended magnetic separator manufacturers, it is a professional supplier in China, welcomes to wholesale well magnetic plate, suspended magnet, magnet plate, magnetic plateread more
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Suspended Plate Magnets for Shredded Tire ProcessingAmong those famous suspended plate magnets manufacturers, it is a professional supplier in China, welcome to wholesale plate magnets uk, suspension magnets, suspended belt magnets, suspendedread more
What Is a Plate Magnet?
A plate magnet is a flat, permanent magnetic unit designed to remove tramp iron from bulk materials flowing through chutes, spouts, or on conveyor belts.
It works by generating a strong magnetic field that attracts and holds ferrous contaminants, bolts, screws, nails, and iron fragments, while clean material continues to flow.
Because plate magnets contain no moving parts and require no power, they are widely used as a first-stage protection device to prevent equipment damage, improve product purity, and reduce unplanned downtime in industrial processes.

Magnetic Plate Separator Features
High-Efficiency Iron Removal, Stable and Reliable
Utilizing a permanent magnetic system, it continuously attracts and removes ferrous impurities such as bolts, nuts, and iron filings, effectively preventing metal from entering downstream equipment and reducing the risk of equipment damage and downtime.
No Power Required, Low Operating Costs
Requires no electricity, consumes no energy, and generates no heat, making it suitable for long-term continuous operation with low maintenance costs and a long service life.
Simple Structure, Flexible Installation
Can be installed inside hoppers, chutes, or pipes, or suspended above conveyor belts, adapting to various site layouts and easily integrated into existing production lines.
Multiple Cleaning Methods Available
Supports manual cleaning, online self-cleaning, and transverse self-cleaning designs to meet the needs of different production capacities and varying levels of ferrous impurity content.
Multiple Magnetic Circuit and Surface Designs
Offers various structures, including flush face and exposed pole designs, balancing ease of cleaning with strong magnetic attraction, suitable for different material flow rates and characteristics.
Highly Customizable
The dimensions, magnetic strength, housing material 304/316L stainless steel, and mounting method can all be customized according to on-site working conditions.
Different types of Magnetic Plate

Flush Face Plate Magnets
●Shell Material: Stainless steel 304/316
●Surface Magnetic ●Field:8000/10000/Custom
●Usage Scenarios: Mounted above the inlet, boredom flows through from below.
●Product Features: No energy consumption and strong adsorption capabilities. Manual cleaning is required, with an adsorption distance of 50 mm.
●Size: Customized according to the equipment used.

Suspended Magnets
●Shell Material: Stainless steel 304/316
●Surface Magnetic ●Field:1500/3500/Custom
●Usage Scenarios: It needs to be suspended above the transport belt.
●Product Features: No energy consumption, high adsorption distance. Requires manual cleaning of magnets.
●Size: Customized according to the equipment used.

Exposed Pole Plate Magnets
●Shell Material: Stainless steel 304/316
●Surface Magnetic ●Field:8000/1000/Custom
●Usage Scenarios: It is usually installed below the product line.
●Product Features: No energy consumption and strong adsorption power. Manual cleaning required, adsorption distance of 50-150 mm
●Size: Customized according to the equipment used.

Spout Magnetic Plate Separator
●Shell Material: Stainless steel 304/316
●Surface Magnetic ●Field:8000/1000/Custom
●Usage Scenarios: Inclined installation at the discharge port where the flow rate is high.
●Product Features: No energy consumption and strong adsorption power. Manual cleaning is required, with an adsorption distance of 50-150 mm.
●Size: Customized according to the equipment used.

The Working Principle of a suspended magnetic separator
A suspended magnetic separator works by creating a strong, permanent magnetic field across the surface of the plate, allowing you to capture ferrous contaminants as material passes by. Inside the housing, high-performance magnets are arranged in a focused magnetic circuit that pulls iron particles toward the plate and holds them securely.
When your material flows through a chute or moves along a conveyor, tramp iron such as bolts, screws, or iron fines is attracted to the magnetic field. Clean product continues downstream, while metal remains fixed to the plate surface. The closer the material is to the magnet, the stronger the separation effect you achieve.
Because the system uses permanent magnets, you don’t need power, control systems, or moving parts. This makes magnetic plates reliable, energy-free, and ideal for continuous operation. By choosing the right plate size, magnet strength, and installation position, you ensure stable and efficient metal separation in your process.
Specifications for different types of permanent suspension magnets

|
Model NO |
H |
A |
B |
Magnets Action RangeDimension |
Weight |
|
MM |
MM |
MM |
Range |
KG |
|
|
SPM180-400 |
180 |
400 |
400 |
180 |
123 |
|
SPM180-500 |
500 |
500 |
192 |
||
|
SPM250-600 |
250 |
600 |
600 |
200 |
380 |
|
SPM250-700 |
700 |
700 |
517 |
||
|
SPM350-800 |
350 |
800 |
800 |
220 |
1064 |
|
SPM350-900 |
900 |
900 |
1346 |
||
|
SPM400-1000 |
400 |
1000 |
1000 |
240 |
1851 |
|
SPM400-1100 |
1100 |
1100 |
2240 |
||
|
SPM400-1200 |
1200 |
1200 |
2667 |

|
MODEL NO |
B |
D |
T |
Magnets Action Range Dimension |
Weight |
|
MM |
MM |
MM |
Range |
KG |
|
|
SM60 |
250 |
175 |
51 |
60 |
5.8 |
|
SM120 |
300 |
225 |
76 |
120 |
10.5 |
|
SM150 |
450 |
360 |
111 |
150 |
19.2 |
|
SM60 |
190 |
125 |
36 |
60 |
3.8 |
|
SM120 |
250 |
175 |
46 |
120 |
6 |
|
SM150 |
330 |
240 |
56 |
150 |
10.4 |

|
Model NO |
B |
D |
T |
Weight |
|
MM |
MM |
MM |
KG |
|
|
F60 |
250 |
175 |
51 |
5.7 |
|
F120 |
300 |
225 |
76 |
10.4 |
|
F150 |
450 |
360 |
111 |
19.1 |
|
F60 |
190 |
125 |
36 |
3.7 |
|
F120 |
250 |
175 |
46 |
5.9 |
|
F150 |
330 |
240 |
56 |
10.3 |

|
Model NO |
B |
D |
T |
Magnets Action |
Weight |
|
MM |
MM |
MM |
Range |
KG |
|
|
EP60 |
250 |
175 |
51 |
60 |
5.7 |
|
EP120 |
300 |
225 |
76 |
120 |
10.4 |
|
EP150 |
450 |
360 |
111 |
150 |
19.1 |
|
EP60 |
190 |
125 |
36 |
60 |
3.7 |
|
EP120 |
250 |
175 |
46 |
120 |
5.9 |
|
EP150 |
330 |
240 |
56 |
150 |
10.3 |
If you need more information, please contact us. We can provide you with more details.
Comparison of Cleaning Methods for suspended permanent magnet
|
Item |
|
|
|
|
Cleaning Method |
You stop the process and manually remove trapped metal from the plate magnet surface. |
Captured metal is automatically carried away by a moving belt while material continues flowing. |
Tramp metal is discharged across the conveyor width using a cross-belt system. |
|
Production Downtime |
Required |
Not required |
Not required |
|
Best Application |
Low contamination, batch or intermittent processes |
Continuous production with moderate contamination |
High-volume, wide conveyors, heavy tramp iron |
|
Cleaning Frequency |
Periodic, scheduled |
Continuous or automatic |
Continuous and fully automatic |
|
Labor Requirement |
Manual labor needed |
Minimal |
Minimal |
|
System Complexity |
Very simple |
Medium |
Higher |
|
Investment Cost |
Low |
Medium |
Higher |
|
Why Choose This |
Cost-effective and easy to maintain when downtime is acceptable |
Keeps your line running without interruption |
Ensures consistent cleaning on wide belts and demanding operations |
Why choose us?
| Stable Structure |
|
Fragile Structure |
| Built on mature manufacturing technology, this structure is designed with production details fully controlled from material selection to assembly. With solid, full-spec materials and reinforced connection points, it maintains reliable rigidity under long-term use, vibration, and repeated handling. Every fitting and interface is designed to stay in place and remain aligned, ensuring the entire unit remains stable in operation. This stability prevents it from loosening, falling apart, or deforming, which helps reduce downtime and avoid performance loss caused by structural instability. | When ordinary materials are used, the main structure lacks sufficient strength and rigidity, making it prone to loosening, falling apart, or deforming under vibration, impact, or long-term load. This not only shortens service life but also increases maintenance frequency and the risk of unstable operation in real production environments. | |
|
|
|
| Elaborate Design |
|
Weak Magnetic Force |
| You benefit from a powerful built-in black magnet combined with computer-simulated magnetic circuit design, which optimizes magnetic force distribution and minimizes energy loss. This engineered structure achieves an ultra-high magnetic penetration depth of up to 40 mm, enabling the effective capture of iron contaminants even through thicker material layers. The result is more reliable iron removal, fewer missed particles, and consistently stable separation performance in real production conditions. | When magnetic performance is below standard, the iron removal effect becomes unreliable. Ferromagnetic impurities are not fully captured and can pass through with the material, leading to product contamination, equipment wear, and unstable production quality. Over time, this directly increases downtime, rejects, and overall operating risk. | |
|
|
|
| Stainless Steel Shell |
|
Ordinary Iron Shell |
| You get a customized stainless steel housing designed for industrial use, finished with high-quality imported coating that meets multinational environmental protection standards. This combination provides excellent corrosion resistance, even in humid, dusty, or wash-down environments, ensuring the shell will not rust or degrade over long-term operation. The result is a cleaner appearance, longer service life, and lower maintenance costs throughout continuous use. | Without proper material selection and surface treatment, equipment is prone to rust and environmental compliance issues, especially in humid, corrosive, or regulated production environments. Corrosion weakens the structure, shortens service life, and leads to more frequent repairs or replacements, ultimately increasing your total operating and maintenance costs over time. | |
|
|
|
Application scenarios of plate magnets
Conveyor Belt System
Installed above the conveyor belt, used to continuously capture iron scraps, bolts, nuts, and other ferrous contaminants from the material, preventing them from entering crushers, mills, or screening equipment.
Chute & Hopper
Installed inside chutes or hoppers, utilizing the contact between the material and the magnetic plate as the material flows by gravity, efficiently removing iron impurities, especially suitable for powders and granular materials.
Discharge Point
Installed at the point where the material is discharged or dispersed, significantly increasing the probability of capturing iron impurities.
Mining, Building Materials, and Cement Industries
Used for iron removal from aggregates, sand, gravel, and cement raw materials, reducing equipment wear and ensuring continuous production.
Recycling and Solid Waste Treatment Industries
Effectively separates scrap iron mixed in the materials, improving recycling efficiency and protecting downstream equipment.
Grain, Feed, and Plastics Industries
Removes iron impurities from raw materials, improving product purity and reducing quality risks.

Our product packaging
GME provides safe, professional, and internationally compliant industrial-grade packaging for its magnetic plate separators, ensuring the products remain intact during long-distance sea transport and multiple loading and unloading processes.
Before shipment, your magnetic plate will undergo rust and scratch protection treatment, with key magnetic surfaces and edges reinforced with cushioning materials. The product is then secured in reinforced wooden crates or custom-designed steel structures to prevent displacement and vibration.
All packaging is clearly marked with the model number, weight, center of gravity, and lifting instructions, facilitating on-site receiving, handling, and installation. With GME, you receive not just equipment, but a reliable solution ready for immediate use.
FAQ
01. What type of metal can a plate magnet remove?
02. Can a plate magnet handle high material flow rates?
03. Does material speed affect magnetic separation performance?
04. Can plate magnets work with hot materials?
05. Do plate magnets require regular inspection?
Great Magtech (Xiamen) Electric Co., Ltd is one of the most experienced magnetic plates manufacturers and suppliers in China. Welcome to wholesale magnetic plates from our factory.
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