Ceramic Ferrite Magnets & Custom Solutions
From Concept To Final Part
Our Products
Guidance for Magnet Material Selection:
A variety of magnetic materials can be utilized, each possessing distinct physical and magnetic characteristics.
Ferrite magnets can be divided into anisotropic and isotropic according to whether magnetic field orientation is required during molding; ferrite magnets can be divided into sintered ferrites and bonded ferrite magnets according to whether the finished product has been sintered; bonded ferrites can be divided into extrusion molding, compression molding, and injection molding bonded ferrites according to their different molding methods; ferrite magnets can be divided into dry pressing molding (slurry moisture content is less than 10%) ferrites and wet pressing molding (slurry moisture content is more than 30%) ferrites according to the different moisture content of the molding materials.
As per precise magnetization using a custom-designed fixture, ferrite magnet can be done in Multi pole magnetized.
Above also same for Ndfeb Material Magnet, but need to consider temperature:
The operational temperature range for the magnet must be evaluated. Will the application involve exposure to significant heat or extreme cold conditions? This is a critical factor in material choice.
Isotropic Ferrite Magnet
Anistropic Ferrite Magnet
Ferrite Magnet In Cutting
Ferrite Magnet In Moulding
Ferrite Magnet In Dry Process
Ferrite Magnet in Wet Process
Ceramic Ferriet Ring Magnet
Segment Ferrite With Groove
Ceramic Ferrite Segment Magnet For DC Motor
Bonded Ndfeb Magnet In Epoxy Coating
Ferriet Segment Magnet In Radial Magnetized
Ferrite Segment Magnet In Multi-pole Magnetized
Ordering in 4 Easy Steps
STEP 1
Specifications Confirmation (1-2 days)
STEP 2
Sampling and Testing (7-10 days)
STEP 3
Mass Order and Production (20-25 days)
STEP 4
Packaging and Delivery (7-30 days)
Why Choose Us
Engineered Performance: Solutions designed for challenging requirements like high corrosion resistance, specific temperature stability, or high coercivity.
Assured Quality: Strict controls from raw materials to finished magnets, using advanced production and testing, ensure your specifications are met.
Versatile Options: Wide selection of NdFeB (sintered/bonded) and Ceramic magnets in various shapes and grades for diverse applications.
Custom Manufacturing: Need unique shapes, sizes, or magnetic properties? Custom design and production services are available.
Team behind great product
User FAQ
Answering all your need with magnet
During our interactions with customers, we noticed that over 80% of them frequently asked the same set of questions.
So we have complied and published these common inquiries here for your convenience.
Ferrite magnets used in DC motors have high coercivity, excellent resistance to demagnetization, and good thermal stability. They are cost-effective and widely used due to their ability to maintain magnetic properties over a wide temperature range.
Ferrite magnets are less expensive and more corrosion-resistant compared to neodymium magnets. They have lower magnetic strength but are more suitable for applications requiring high temperatures and less magnetic flux density. Alnico magnets have higher magnetic strength than ferrite but are more costly and less resistant to demagnetization.
Ferrite magnets are commonly used in DC motors for automotive applications, home appliances, power tools, and industrial machinery. Their stability and cost-effectiveness make them ideal for these uses.
Yes, ferrite magnets can be customized according to specific requirements. We offer various sizes and shapes to fit different motor designs and applications. Customization ensures optimal performance and compatibility with your motor.
Ferrite magnets typically operate effectively up to temperatures of around 250°C (482°F). This makes them suitable for applications where higher operating temperatures are common.
Ferrite magnets should be stored in a dry, cool environment, away from magnetic-sensitive devices. They should be handled with care to avoid chipping or cracking, as ferrite is a brittle material.
Ferrite magnets are generally considered environmentally friendly. They do not contain rare earth elements and are made from abundant raw materials like iron oxide and barium or strontium carbonate. Recycling options are also available for ferrite magnets.
We implement strict quality control measures, including material inspection, dimensional checks, magnetic property testing, and environmental durability tests. This ensures that our ferrite magnets meet the highest standards and perform reliably in your applications.
Choosing the right ferrite magnet depends on various factors such as the required magnetic strength, operating temperature, size constraints, and specific application needs. Our technical team can assist you in selecting the most suitable magnet for your requirements.
The lead time for custom ferrite magnets depends on the complexity of the design and the order quantity. Typically, it ranges from 4 to 6 weeks. We strive to provide timely delivery without compromising on quality.
Ferrite magnets for DC motors are commonly available in arc (segment), block, ring, and disc shapes. The sizes can be customized according to the motor design and application requirements.
The Hcj has a negative temperature coefficient with ferrite magnets so it decreases on the low temperature side. Although it also depends on factors such as material and shape, irreversible demagnetization that occurs on the low temperature side (demagnetization that cannot be reversed even if it is returned to room temperature) is known as low temperature demagnetization.
Get Started Today!
Need the right magnet for your application? We can help.
Tell us your requirements.
Ferrite or NdFeB? Custom shape or size? We’ll find the best solution, considering performance, cost, and your specific needs.
Let us know your project requirements. We’ll provide the information needed to select the best magnet.
Don’t settle for less. Reach out today!