FeCrCo Permanent Magnet Alloy | Wrought, Machinable & Deformable Magnets

Description

Wrought Iron-Chromium-Cobalt permanent magnet alloys (2J83, 2J84, 2J85) offer excellent deformability, machinability, and stable magnetic properties. Ideal for complex-shaped magnets, sensors, and precision instruments. MTC EN 10204 3.1 available.

FeCrCo Permanent Magnet Alloy | Wrought Iron-Chromium-Cobalt Magnets

Product Overview

FeCrCo permanent magnet alloy is a rare-earth-free permanent magnetic material based on iron, chromium and cobalt. It combines permanent magnetic performance with excellent ductility, machinability, formability and high-temperature stability, making it suitable for producing thin, small and complex-shaped magnetic components.

Unlike many brittle permanent magnet materials, wrought Fe-Cr-Co permanent magnet alloy can be processed through rolling, drawing, stamping, bending and machining before final magnetic heat treatment. This makes FeCrCo particularly useful when a permanent magnet requires precise dimensions, narrow sections, wires, strips or complicated geometries.

Hefei Ke Ningman New Energy Materials Technology Co., Ltd. supplies wrought FeCrCo permanent magnet alloys in customized forms and dimensions according to customer drawings, magnetic requirements and application conditions. Available product forms can include strip, sheet, wire, rod, bar and other customized shapes.

Key Features of FeCrCo Permanent Magnet Alloy

• Excellent ductility and mechanical workability

• Good machinability before final magnetic aging

• Suitable for thin, narrow and complex-shaped magnetic components

• High Curie temperature

• Good resistance to magnetic demagnetization

• Stable permanent magnetic performance

• Available in strip, sheet, wire, rod and bar forms

• Suitable for customized dimensions and magnetic requirements

• Rare-earth-free permanent magnet material

• Suitable for precision magnetic components and high-temperature applications

What Is FeCrCo Permanent Magnet Alloy?

FeCrCo is an iron-chromium-cobalt permanent magnet alloy developed for applications that require a combination of magnetic performance and mechanical workability.

The alloy can be manufactured as a wrought permanent magnet material, allowing it to undergo conventional metalworking processes before its final magnetic heat treatment. This characteristic distinguishes FeCrCo from many conventional permanent magnet materials that are difficult to form or machine after magnetization.

The magnetic properties of FeCrCo are developed through carefully controlled heat treatment and magnetic aging. Its microstructure and processing history have a significant influence on the final remanence, coercivity and maximum energy product.

For this reason, FeCrCo is particularly suitable for precision components where both magnetic performance and manufacturing flexibility are important.

FeCrCo Permanent Magnet Alloy Specifications

The final properties of FeCrCo depend on the selected grade, chemical composition, processing condition and heat treatment.

For critical applications, customers can provide the required magnetic properties, dimensions, tolerances and operating temperature so that the appropriate FeCrCo grade and processing condition can be selected.

Why Choose FeCrCo Permanent Magnets?

Excellent Machinability

One of the most important advantages of FeCrCo is its excellent mechanical workability before final magnetic aging.

Depending on the required product geometry, FeCrCo can be processed using methods such as:

• Cutting

• Turning

• Drilling

• Milling

• Stamping

• Rolling

• Drawing

• Bending

• Forming

This provides greater manufacturing flexibility when producing precision magnetic components.

High Ductility and Formability

FeCrCo offers significantly better ductility and formability than many brittle permanent magnet materials.

It can be processed into thin strips, wires, narrow sections and other geometries that may be difficult to manufacture from conventional hard magnetic materials.

This makes FeCrCo an excellent option for applications requiring:

• Thin magnetic components

• Small magnetic parts

• Long and narrow magnets

• Curved components

• Complex profiles

• Customized magnetic structures

High Curie Temperature

FeCrCo alloys have a relatively high Curie temperature compared with many permanent magnet materials.

The exact Curie temperature and recommended operating temperature depend on the alloy grade and heat treatment. For high-temperature applications, the appropriate grade should be selected according to the actual operating environment.

Good Resistance to Demagnetization

Properly heat-treated FeCrCo can provide strong resistance to demagnetization and stable permanent magnetic performance.

This is particularly important in magnetic components exposed to elevated temperatures or external magnetic fields.

Complex Shape Capability

FeCrCo is especially attractive when the final magnet needs a geometry that cannot be easily produced using conventional brittle permanent magnet materials.

Its combination of ductility, machinability and magnetic properties allows manufacturers to produce customized shapes with controlled dimensions and tolerances.

FeCrCo Permanent Magnet Manufacturing Process

The manufacturing process is carefully controlled because both mechanical properties and magnetic performance depend on composition, deformation and heat treatment.

1. Raw Material Preparation

Iron, chromium, cobalt and other required alloying elements are prepared according to the selected material specification.

2. Melting and Alloy Formation

The raw materials are melted under controlled conditions to achieve the required chemical composition and material uniformity.

3. Casting and Homogenization

The alloy is cast and may undergo homogenization treatment to improve compositional uniformity before subsequent processing.

4. Hot Working

The material can be hot rolled, forged or otherwise hot worked into an appropriate intermediate form.

5. Cold Rolling or Drawing

Cold working can be used to achieve the required thickness, diameter, dimensional accuracy and surface condition.

Typical products include:

• FeCrCo strip

• FeCrCo sheet

• FeCrCo wire

• FeCrCo rod

• FeCrCo bar

6. Precision Machining

Depending on the product design, FeCrCo can be machined or formed into the required geometry before final magnetic treatment.

7. Magnetic Heat Treatment

Controlled heat treatment and magnetic aging are used to develop the desired magnetic microstructure and permanent magnetic properties.

8. Magnetization

The finished component can be magnetized according to the required magnetic direction and application.

9. Final Inspection

Final inspection may include dimensional inspection, surface inspection, chemical composition verification and magnetic property testing according to the agreed specification.

FeCrCo Magnetic Properties

The magnetic performance of FeCrCo depends strongly on alloy composition, deformation, heat treatment and magnetic aging.

Important parameters include:

• Remanence (Br)

• Coercive force (Hcb)

• Intrinsic coercivity (Hcj)

• Maximum energy product (BH)max

• Curie temperature

• Temperature coefficient

• Demagnetization characteristics

For engineering applications, the magnetic specification should be determined together with the required geometry and operating temperature.

We can provide magnetic property data and inspection information according to the applicable grade and customer requirements.

FeCrCo Permanent Magnet Available Forms

We supply FeCrCo permanent magnet alloy in various forms according to application and manufacturing requirements.

FeCrCo Strip

FeCrCo strip is suitable for thin magnetic components, precision instruments and applications requiring controlled thickness and width.

FeCrCo Wire

FeCrCo wire is suitable for small, narrow and elongated magnetic components where ductility and dimensional control are important.

FeCrCo Sheet

FeCrCo sheet can be processed into customized magnetic components according to customer drawings.

FeCrCo Bar and Rod

Bar and rod products are suitable for machined permanent magnetic components and applications requiring larger cross-sections.

Custom FeCrCo Components

Custom shapes and dimensions can be manufactured according to customer drawings, specifications and application requirements.

FeCrCo vs Alnico vs NdFeB Magnets

Different permanent magnet materials offer different combinations of magnetic performance, temperature stability and mechanical properties.

There is no single permanent magnet material that is best for every application. FeCrCo is particularly attractive when machinability, ductility, complex geometry and temperature stability are important design requirements.

FeCrCo Permanent Magnet Applications

FeCrCo permanent magnets are used in applications where magnetic performance must be combined with mechanical workability and dimensional precision.

Sensors

FeCrCo can be used in various magnetic sensing and positioning components.

Applications may include:

• Position sensors

• Magnetic sensors

• Switching components

• Measurement systems

Precision Instruments

FeCrCo is suitable for:

• Meters

• Gauges

• Measuring instruments

• Magnetic instruments

• Precision magnetic components

Motors and Actuators

Depending on the magnetic grade and operating conditions, FeCrCo can be used in:

• Small motors

• Permanent magnet motors

• Actuators

• Magnetic drive components

Audio and Electromagnetic Components

FeCrCo can also be considered for selected:

• Speakers

• Receivers

• Magnetic transducers

• Electromagnetic components

Automotive Applications

FeCrCo can be used in selected automotive sensors, meters and small magnetic actuators where temperature stability and dimensional precision are important.

Custom FeCrCo Permanent Magnet Manufacturing

Every magnetic application has different requirements for dimensions, magnetic performance, temperature resistance and mechanical processing.

We support customized FeCrCo permanent magnet manufacturing based on:

• Customer drawings

• Material grade

• Length

• Width

• Thickness

• Diameter

• Dimensional tolerance

• Magnetic properties

• Magnetization direction

• Heat treatment requirements

• Surface requirements

• Application temperature

• Annual quantity

Customers can provide a drawing, technical specification or application description for engineering evaluation.

FeCrCo Magnet Quality Control

Quality control is an important part of permanent magnet manufacturing because both dimensional accuracy and magnetic performance can affect the final application.

Depending on the agreed specification, inspection may include:

• Chemical composition inspection

• Dimensional inspection

• Dimensional tolerance verification

• Surface quality inspection

• Hardness testing

• Heat treatment records

• Remanence testing

• Coercivity testing

• Maximum energy product testing

• Demagnetization curve testing

• Final product inspection

Inspection documents and material certification can be discussed according to customer requirements.

How to Choose the Right FeCrCo Magnet?

When selecting FeCrCo permanent magnet alloy, buyers should consider more than the magnet dimensions.

Important parameters include:

• Required magnetic strength

• Required Br

• Required Hcj

• Required BHmax

• Maximum operating temperature

• Magnet dimensions

• Dimensional tolerance

• Magnetization direction

• Mechanical processing requirements

• Working environment

• Required service life

• Annual purchase quantity

Providing these parameters allows the manufacturer to recommend a suitable FeCrCo material grade and manufacturing process.

Why Choose Hefei Ke Ningman New Energy Materials Technology Co., Ltd.?

Hefei Ke Ningman New Energy Materials Technology Co., Ltd. focuses on specialty magnetic alloys and advanced functional metal materials for industrial applications.

For FeCrCo permanent magnet alloy projects, we can support customers with:

• Material selection

• Customized dimensions

• Customized product forms

• Magnetic property requirements

• Manufacturing process consultation

• Quality inspection

• Technical documentation

• Bulk production

• Export packaging

Our goal is to provide the magnetic material and processing solution that matches the customer's actual application requirements rather than simply supplying a standard material.

Frequently Asked Questions About FeCrCo Permanent Magnets

What is FeCrCo permanent magnet alloy?

FeCrCo permanent magnet alloy is an iron-chromium-cobalt magnetic material that combines permanent magnetic properties with excellent ductility, machinability and formability.

Is FeCrCo a permanent magnet?

Yes. After appropriate magnetic heat treatment and aging, FeCrCo develops permanent magnetic properties.

Is FeCrCo machinable?

Yes. FeCrCo is known for its excellent mechanical workability. It can be processed through methods such as rolling, drawing, stamping, drilling, turning and other machining operations, particularly before final magnetic aging.

What is FeCrCo used for?

FeCrCo is used for precision magnetic components, sensors, meters, instruments, motors, actuators and other applications requiring a combination of magnetic performance and mechanical workability.

Can FeCrCo be made into wire?

Yes. FeCrCo can be processed into wire and other thin, elongated forms when the required material grade and manufacturing process are suitable.

Is FeCrCo suitable for high-temperature applications?

Yes. FeCrCo has a relatively high Curie temperature and can provide good magnetic stability at elevated temperatures. The appropriate grade should be selected according to the actual operating temperature.

Is FeCrCo better than NdFeB?

Not universally. NdFeB generally provides higher magnetic energy density, while FeCrCo offers important advantages in ductility, machinability, complex-shape manufacturing and high-temperature stability.

What forms of FeCrCo are available?

Depending on the required specification, FeCrCo can be supplied as strip, sheet, wire, rod, bar and customized components.

Can you manufacture customized FeCrCo magnets?

Yes. Customized FeCrCo products can be manufactured according to customer drawings, dimensions, magnetic requirements, tolerances and application conditions.

What information should I provide when requesting a FeCrCo quotation?

The most useful information includes material grade, dimensions, quantity, magnetic requirements, magnetization direction, operating temperature and technical drawings if available.

Request a FeCrCo Permanent Magnet Alloy Quote

Looking for a FeCrCo permanent magnet manufacturer or supplier for your next project?

Send us your required material grade, dimensions, magnetic specifications, drawings or application requirements.

Our team can evaluate your requirements and provide a suitable wrought FeCrCo permanent magnet alloy solution.

Contact Hefei Ke Ningman New Energy Materials Technology Co., Ltd. for a customized FeCrCo magnet quotation.