Can a cover made of titanium be shielded from magnetic fields?

Magnetic field shielding materials magnetic field shielding frequency range: 0-100KHz metal alloy materials with good magnetic shielding properties, can be applied in many environmental areas shielding material types: ● GW-MSC series magnetic shielding materials ● GW-SEM series magnetic shielding materials GW-MSC series magnetic shielding materials type: foil, plate two types of applications for sensitive devices, such as printed circuit boards, Instrumentation, signal lines, cables, etc.; GW-MSC-CO-TIC magnetic screen material high attenuation performance, application of weak magnetic environment foil thickness: 0.05 mm, 0.1 mm, 0.15 mm, 0.254 mm sheet thickness: 0.36 mm, 0.51 mm, 0.64 mm, 0.76 mm, 1.02 mm, 1.27 mm, 1.58 mm GW- MSC-TIC magnetic shielding material high saturation flux density, application of strong magnetic environment; foil thickness: 0.1 mm sheet thickness: 0.36 mm, 0.51 mm, 0.64 mm, 0.76 mm, 1.27 mm, 1.58 mm, 2.41 mm need to be used at the same time the two shielding materials, GW-TIC shielding material is placed on the side of the proximity to the source of magnetic interference closer; Application areas: industrial production areas, aerospace, oil exploration, medical equipment, physical research, navigation, computers, communications, automotive, military, CRT monitor shielding, walls and houses, etc. shielding application methods: magnetic shielding material can be used to shield the magnetic field interference source, to prevent the generation of electromagnetic radiation Magnetic shielding material is used for the shielding of sensitive components or equipment, to prevent the magnetic field interference with the normal operation of the equipment or system low-frequency Magnetic field interference sources: permanent magnets, transformers, motors, power lines, reactors, induction cookers and other high-current equipment or systems; Magnetic field interference phenomenon: the design and use of electrical and electronic products in the magnetic field interference will produce a very serious problem due to the magnetic field generated by the system between the internal devices, transformers, switching equipment, power lines and other radiation sources in the vicinity, resulting in instrumentation, control systems, data processing equipment, communication networks, etc. frequently fail. Shielding principle: the magnetic field is generated by the magnet, from the magnet's N pole to point to the S pole, in the external form of the magnet to form a closed form, the closer the radiation source, the stronger the magnetic field strength. The principle of shielding the magnetic field is to use magnetic shielding materials to change the direction of the magnetic field, because the magnetic field is bypassed through the low reluctance path, so it can be guaranteed that the shielded object is not affected by the interference of the magnetic field. The use of magnetic shielding materials can give the magnetic field to provide a low reluctance of the magnetic flux path, need to choose what kind of material, to provide what kind of path, should be related to the magnetic field strength at the protected position, the stronger the magnetic field, the lower the reluctance of the magnetic flux path, the higher the permeability, that is to say, the selection of magnetic materials and the shielded place of the magnetic field has a close relationship, so before the magnetic shielding design, the first thing you need to do is to carry out a field Magnetic field strength test, according to the drawing of the test results of the magnetic shielding material, thickness, size and other selection and design. Magnetic shielding materials and electrical shielding materials is different, magnetic shielding materials, magnetic permeability and the external magnetic field strength, the external magnetic field strength is different, the magnetic permeability of the magnetic material is also different, the saturation flux density is also different, so the use of magnetic field shielding design is also different. Magnetic field shielding materialsBeijing GreenwaveShieldingTechnologyIncGreen SpaceSina BlogElectromagnetic Radiation ProtectionKnowledge IntroductionAlibaba BlogPlease leave a messageContact Tel:010-62136872Soft ConduitSpecifications:Braided ConduitSpecifications:Magnetic Shielding ConduitGW-SEM Magnetic Shielding MaterialGW-SEM SEM-RON magnetic shielding material sheet laminated braided material, does not contain nickel metal, the material is thin and strong; bending or processing treatment does not affect the magnetic shielding properties of the material; used for high saturation flux and good permeability of the case; can be used to cut iron shears or sheet metal cutting tools cut flat; in the case of sheet or molded molding can be used to obtain a very good performance; magnetic shielding properties anisotropic, for DC and AC Magnetic field shielding; magnets, motors, horns, and small shields for electrical equipment such as refrigerators and vacuum cleaners Shielding of whole or partial walls and floors in rooms can be glued, taped, or fixed with nails, screws, or rivets The material can even be made into clothing for body protection (heavier). Initial permeability: 500 Relative permeability: 7000 Saturation induced intensity: 2T Curie temperature: 740oC (1364oF) Width: 25.5 inches (64.77cm) Thickness: 1mm Weight: 3.5Kg/square meter GW-SEM-FINE Magnetic shielding material is lightweight, flexible, and a wide width of magnetic shielding; it can be cut with scissors and is easy to handle; Three-layer structure, one layer of high-performance nanocrystalline magnetic shielding alloy layer, two layers of transparent PET film; high permeability, good shielding for low medium intensity magnetic fields and weak magnetic fields; good bending resistance, multi-layer stacking can be used to provide better shielding performance; maximum permeability of 170,000 Maximum flux density of 1.13T Thickness of 0.12 mm Width of 470 mm.GW-SEM-MET shielding tape is lightweight, flexible and wide magnetic shielding material; it can be cut with scissors and easily handled. SEM-MET shielding tape has ultra-high permeability (1,000,000+) magnetic shielding alloy material; shielding material is nickel-cobalt **** crystal alloy, which has a thickness of only 16 microns; characterized by: thin material, lightweight; easy to handle, can be cut with scissors, the shape can be changed by hand, and fixed with adhesive tapes; flexible but strong, with a certain degree of resistance to corrosion, and can be used indoors and outdoors; magnetic Magnetic elasticity (magnetostriction) close to zero, can be bent back and forth without affecting the shielding performance; applied to winding cables, pipelines, switches or solenoids; flat plate mode of use is also very good; can be used for electronic merchandise anti-theft (ElectronicArticleSurveillance) system; saturated induced strength: 0.57T maximum DC permeability: 1,000, 000 saturated magnetic elasticity: &l, 000 saturated magnetic elasticity: &l, 000 saturated magnetic elasticity: &l, 000, 000 saturated magnetic elasticity: &l 000Saturation magnetic elasticity: <<1Resistance coefficient: 142μ?-cm Curie temperature: 225oCSpecific gravity: 7.59g/ccHardness (50g):960