Smco magnets - Import export

Features: Made of ground sintered SmCo magnet Powder is mixed with resin and molded like NdFeB bonded magnet No need to be coated because it is difficult to erode and oxidize High-BH (maximum) High-Br and Hc with high-operating temperature, low-temperature coefficient, counter-demagnetization and decay resistance Main products cover SmCo5 and Sm2Co17 magnets, samarium cobalt powder, various assemblies and more OEM orders are welcome Applications: Widely used in motors, watches, transducers, instruments, positional detectors, generators, radars and more

The characteristics of Samarium Cobalt Magnet •Very high magnetic properties with good stability •High magnetic performance - up to about 32MGOe •Superior resistance to high temperature, Curie temperature of majority is over 800°C •Excellent corrosion resistance capability, no coating is needed for surface protection

Features: Made of ground sintered SmCo magnet Powder is mixed with resin and molded like NdFeB bonded magnet No need to be coated because it is difficult to erode and oxidize High-BH (maximum) High-Br and Hc with high-operating temperature, low-temperature coefficient, counter-demagnetization, decay resistance Main products cover SmCo5 and Sm2Co17 magnets, samarium cobalt powder, various assemblies and more OEM orders are welcomed Applications: Widely used in motors, watches, transducers, instruments, positional detectors, generators, radars and more High quality, competitive price, best service

The characteristics of Samarium Cobalt Magnet •Very high magnetic properties with good stability •Superior resistance to high temperature, Curie temperature of majority is over 800°C •Excellent corrosion resistance capability, no coating is needed for surface protection

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry.

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry.

The temperature indicated refers to the maximum operating material temperature. However, that value can be reduced according to geometry.

Alternative to the standard we also offer individual solutions: » Corrosion protection with black galvanised housing surfaces (up to 720 hours in a salt spray test - depending on the magnet material)

Alternative to the standard we also offer individual solutions: » Corrosion protection with black galvanised housing surfaces (up to 720 hours in a salt spray test - depending on the magnet material)

Direct mounting of the bar magnet in iron reduced the holding power by up to 15% due to magnetic short circuiting. To avoid this, certain distances need to be maintained between the brass casing of the bar magnet and the iron. The distances are also to be adhered to if the bar magnet was shortened by dimension A. Please refer to the above column for recommended distances (distance mm). The holding surface is ground and therefore not galvanised. Alternative to the standard we also offer individual solutions: » Stainless steel housing » Housing completely galvanised to better corrosion protection » Greater temperature until 280 °C » Stainless steel pole shoes

To differentiate the otherwise identical SmCo series the NdFeB bar magnets are coloured blue on the holding surface. Direct mounting of the bar magnet in iron reduced the holding power by up to 15% due to magnetic short circuiting. To avoid this, certain distances need to be maintained between the brass casing of the bar magnet and the iron. The distances are also to be adhered to if the bar magnet was shortened by dimension A. Please refer to the above column for recommended distances (distance mm). The holding surface is ground and therefore not galvanised. Alternative to the standard we also offer individual solutions: » Stainless steel housing » Housing completely galvanised to better corrosion protection » Greater holding power » Greater temperature until 280 °C » Stainless steel pole shoes

SmCo Devices , Microwave tube magnetic system, magnetic actuator, magnetic sensor, magnetic, magneticdevices and other processor magnetic application system. The appearance of shape and size structure and device design according to the customerdemand for the production of magnetic products. This kind of product in the market share of Chinese amounted to more than 90%.

The compact system of permanent magnets NdFeB, designed according to the principle of the dipole Halbachstructure, allows to get, inside the bore, rather homogeneous magnetic field with the magnetic flux density up to 23 Tesla. The system can be an efficient alternative to electromagnetic sources of the magnetic field, and can be used in scientific and applied research requiring magnetic fields of high intensity. Geometrical dimensions and magnetic flux density in Halbachtype systems can vary widely, the attached data and photos are typical examples. AMT&C LLC offers the manufacturing of steady magnetic field systems according the customer technical specifications. To improve the temperature stability the system can be assembled of SmCo magnets.

Villina-VS1-М, Villina-GNVC-K and Villina-GNGC-K type centrifugal canned pump units with combined seals are widely used in modern gas industries, petrochemical and petroleum refining industries. They are designed for transiting neutral, corrosive, toxic, as well as explosive and flammable liquids in stationary conditions, the vapors of which can form explosive mixtures with air. For such conditions, mechanical seals with operating temperatures up to 425°C of well-known companies are used, such as: OOO NPC ANOD, JSC TREM ENGINEERING, UNICHIMTEK Group of Companies and others, as well as permanent magnets (SmCo) with operating temperatures up to 450°C. Villina type units are made in three versions as regards the spatial location of the pump rotor: vertical ground-level (Villina-VS1-M) - the pumped liquid is supplied to the pump part of the unit through a suction pipe located radially to the pump rotor. The unit consists of a pump part, a device

Modern petrochemical and gas industries typically use horizontal centrifugal canned pump units with magnetic couplings similar to Villina-GNGC type pumps. They are designed for transiting neutral, corrosive, toxic, as well as explosive and flammable liquids in stationary conditions, the vapors of which can form explosive mixtures with air. Magnetic coupling pumps combine complete tightness, smooth operation, long service life and high maintainability. A sub-type of horizontal pumping units are high-temperature pumps Temperature of the pumped fluid: -50°C to +420°C; viscosity up to 26 cSt; density 2,000 kg/m3 maximum; mass concentration of solid non-abrasive inclusions up to 0.2%; size 0.2 mm maximum Permanent magnets (SmCo) with an operating temperature of up to 450°C are used for operation in these temperature conditions. The pump, a part of the pumping unit, is a single-stage or multi-stage horizontal centrifugal section-type