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Steel Pipes
1000 Piece(s) (MOQ)
Being an illustrious Supplier of Steel Pipes, we endeavor to achieve 100% customer satisfaction. To keep up with the set international standards, we have incorporated the latest machines and cutting-edge technology to sternly examine the material used for production.
Thickness : 25-35mm
Material : Steel
Shape : Round
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Magnets
Magnet 1) Neodymium Magnet Material Grade N28,N30,N33,N35,N38,N40,N42,N45,N48,N50,N52 etc Material: SMCO Material: Alnico Material: Ferrite Magnet Material: Magnetic Assemblies
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Alloy Pipes
1000 Piece(s) (MOQ)
We make sure that our inputs are in conformation with the international quality standards and free from all sorts of impurities in order to offer quality-approved products to the buyers. The transactions related to payment carried out between us and our clients are kept confidential. You details are not shared with anyone except the concerned personnel to ensure high level of security.
Material : Alloy
Shape : Round
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Ndfeb Magnet
Ndfeb Magnet N35,N38,N40,N42,N45,N48,N52 Shape Size of Magnet Ring Block Rectangular Arc Applications: Motor Magnetic Assemblies Electronics industry Stationary
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Samarium Cobalt Magnet
A Sintered SmCo Magnet, a type of rare earth magnet, is a strong permanent magnet made of an alloy of samarium and cobalt. They were developed in the early 1970s. They are generally the second-strongest type of magnet made, less strong than neodymium magnets, but have higher temperature ratings and higher coercivity. They are brittle, and prone to cracking and chipping. Samarium–cobalt magnets have maximum energy products (BHmax) that range from 16 megagauss-oersteds (MGOe) to 32 MGOe, that is approx. 128 kJ/m3 to 256 kJ/m3; their theoretical limit is 34 MGOe, about 272 kJ/m3. They are available in two “series”, namely Series 1:5 and Series 2:17. SmCo Magnet (Sintered SmCo Magnet) is a high performance, low temperature coefficient permanent magnet with its high working temperature – 350 degree centigrade. When working above 180 degree centigrade, SmCo Magnet (Sintered SmCo Magnet) maximum energy product BH and steady temperature are superior than NdFeB magnetic materials. SmCo Magnet (Sintered SmCo Magnet) needn’t to be coated because it is difficult to be eroded and oxidized. Sintered SmCo is widely used in motors, watch, transducers, instruments, positional detector, generators, radar communications, medical equipments, various magnetism spreading devices, magnetic processor, electrical engineering and magnetic derrick. smco1 smco2 sm2co17
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Alnico Magnets
Alnico magnet is an acronym referring to a family of iron alloys which in addition to iron are composed primarily of aluminium (Al), nickel (Ni) and cobalt (Co), hence al-ni-co. They also include copper, and sometimes titanium. Alnico alloys are ferromagnetic, with a high coercivity (resistance to loss of magnetism) and are used to make permanent magnets. Before the development of rare earth magnets in the 1970s, they were the strongest type of magnet. Other trade names for alloys in this family are: Alni, Alcomax, Hycomax, Columax, and Ticonal. The composition of alnico alloys is typically 8–12% Al, 15–26% Ni, 5–24% Co, up to 6% Cu, up to 1% Ti, and the balance is Fe. The development of alnico began in 1931, when T. Mishima in Japan discovered that an alloy of iron, nickel, and aluminum had a coercivity of 400 oersted (Oe) (32 kA/m), double that of the best magnet steels of the time. Alnico alloys make strong permanent magnets, and can be magnetized to produce strong magnetic fields. Of the more commonly available magnets, only rare-earth magnets such as neodymium and samarium-cobalt are stronger. Alnico magnets produce magnetic field strength at their poles as high as 1500 gauss (0.15 tesla), or about 3000 times the strength of Earth’s magnetic field. Some brands of alnico are isotropic and can be efficiently magnetized in any direction. Other types, such as alnico 5 and alnico 8, are anisotropic, with each having a preferred direction of magnetization, or orientation. Anisotropic alloys generally have greater magnetic capacity in a preferred orientation than isotropic types. Alnico’s remanence (Br) may exceed 12,000 G (1.2 T)[clarification needed], its coercivity (Hc) can be up to 1000 oersted (80 kA/m), its energy product ((BH)max) can be up to 5.5 MG·Oe (44 T·A/m). This means alnico can produce a strong magnetic flux in closed magnetic circuit, but has relatively small resistance against demagnetization. Alnico alloys have some of the highest Curie temperatu
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