Industrial Magnetic Assemblies and Devices

Industrial Magnetic Assemblies and Devices, Industrial Magnets for Motors, Generators, and Actuators, Magnetic Tools

Magnetic assemblies are tools or systems which use electromagnets, ceramic magnets, alnico magnets, rare earth magnets or a combination to do specific kinds of lifting, holding or separating of metallic materials. Combinations of different magnets in assemblies can increase the overall magnetic force of the tool. Most magnetic assemblies used in industrial and metal manufacturing use permanent industrial magnets to do various kinds of physical work, including metal parts and sheet metal lifting, mounting and holding, separating and water treatment. Permanent and nonpermanent (electromagnetic) magnet assemblies are used in automotive, aerospace, electronics and biomedical fields in beam control, film and software disk programming and erasing, Magnetic Resonance Imaging (MRI), sound speakers, sensors, TV monitors, welding equipment, power meters, ignition timing systems, linear actuators, blood testing and separating, electric motor activation and more. Many types of magnets are specifically used for certain industries and applications. For example, sheet magnets are a flexible ferrite-plastic composite which is extruded into magnetic sheets and used in automotive and consumer industries, and can be cut into magnetic strips of rubber material. Bar magnets are the most common type of magnet used today, and are made from a ferrite metal material.

Industrial magnets are high-strength magnets that have certain characteristics that make them ideal for applications in the industrial industry. In general, a wide spectrum of industries are increasingly using high-strength magnets to do all kinds of work, from physical metal lifting and separating to motor activation and Magnetic Resonance Imaging (MRI). Different applications require different types of industrial magnets. Industrial magnets can be broken up into two main categories: non-permanent and permanent. Non-permanent magnets are electromagnets which require an outside electric current to be magnetized or demagnetized. Permanent magnets include ceramic magnets (also known as ferrite magnets), alnico magnets and rare earth magnets. Ceramic magnets have lower magnetic power and are more brittle and easily breakable than some other magnets, but they are cost-effective and retain magnetism under corrosion and vibration. Rare earth magnets are less cost-effective to manufacture but are far more powerful and retain their magnetism better than ferrite magnets. Neodymium magnets are the strongest and most commonly used industrial rare earth magnet; sheet magnets are made from a flexible ferrite-plastic composite which is extruded into sheets and used in automotive and consumer industries. There are many different types of magnetic materials that industrial magnets can be fabricated from. The most important properties magnet manufacturers consider during fabrication are porosity; ease of fabrication; magnetic retention (or magnetic permanence) under heat, corrosion and vibration; magnetic strength; and cost. Types of permanent magnets are made from different composites and therefore have very different properties and applications. For instance, ceramic and alnico magnets are most often used for physical lifting and separating.

Magnetic tools which do this kind of work often contain multiple magnets in specific configurations called magnetic assemblies. Lifting, holding and separating magnetic assemblies are used in metal fabricating, construction, engineering, automotive, electronic, water treatment and agricultural industries among others. Arc-shaped ceramic magnets are often used in motors, and most stereo speakers use ceramic magnet discs. Rare earth magnets and magnet assemblies have much stronger magnetic fields than ceramic or alnico magnets and are used in sensitive electric motor, computer hard drive, TV monitor, sensor and medical applications. Electromagnets are used by automotive, medical, metal fabrication and aerospace industries in applications such as solenoid valves, AC and DC motors, biomagnetic separation, beam control, transformers and car crushing.

Industrial Magnets and Assemblies are used in sophisticated, performance-critical components of advanced technology systems, such as traveling wave tubes (TWTs), klystrons, and magnetrons. These are all used to amplify signals at microwave frequencies for high-performing radar, communications and electronic countermeasure systems. These are used in sophisticated, performance-critical components of advanced technology systems, such as motors, generators, and actuators. in sophisticated, performance-critical components of advanced technology systems, such as accelerometers and gyroscopes. Accelerometers and Gyroscopes are inertial devices used primarily in aircraft, marine vessels and spacecraft navigation, control systems and down hole drilling.

Lift / Hold	Organize	Separate	Retrieve / Pick Up	Specialty
We offers a wide range of magnetic lifer and holding magnets for lifting, inclued hook magnets, holding and retrieving magnets, permanent lifing magnet and round base magnet, etc.	The category inclued magnetic hooks, ceiling magnets, organisational systems, magnetic wreath hanger, magnetic holders, clikmagnet and magnetic tool holders, etc.	HSMAG offers a wide range of magnetic separation equipment for capturing, controlling and removing ferrous tramp metal contaminants from products and processing systems.	We offer a wide range of retrieve / pick up products, inclued magnetic sweepers, magnetic catches, guitar pickup magnets, door stopper, magnetic clips and so on.	Specialty products inclued magnetic ball joints, promotional magnets, name badge holder, skittle magnet, cow magnets, magnetic clasps, etc.

Magnetic Coupling	Magnetic Chuck	Magnetic Motor Parts
Magnetic coupling connects motor and machine by permanent magnetic force.	Permanent magnetic chuck, electro-permanent magnetic chuck, round and rectangular shaped	Magnetic Motor Parts, Components, Permanent Magnet (PM) Motor Parts, Magnetic Rotor, Stator