NingBo BeiLun Meank Magnetics’ Post

Maybe some friends still don't know what an injection magnetic ring is, so I will explain it again for you today. Traditional magnetic rings are made by splicing magnetic tiles, while injection molded magnetic rings are made by injecting a mixture of ferrite and nylon materials, which also have high magnetic performance. #injection #magnet

🌿 The magnetic bar is mainly used in the magnetic separator composed of the magnetic frame, which can effectively suck out the iron magazines and small metal particles in the loose or flowing raw materials. ☘️ WZ Magnetics can offer up to 14000GS magnetic rods, customized types can be offered according to your needs. 🌱 The picture compares the amount of iron powder captured by Gaussians on different surfaces. #magneticrod #NeodymiumMagneticRod #MagneticSeparationRods #MagneticRods

Polished Tungsten Alloy Block Polished tungsten alloy block has a series of excellent properties such as high density, high melting point, high hardness, excellent wear resistance, extremely high tensile strength and high temperature resistance. Especially due to its radiation absorption ability, nowadays tungsten Alloy blocks are widely made into components for use in the medical field, such as radiation shielding walls, CT and tungsten alloy blocks. The dimensional tolerance of polished tungsten alloy blocks can reach +/-0.01mm, and the surface finish is less than 1.6um.

👉 https://lnkd.in/ggpJCfSH Magnetic target is also called encoder magnetic ring. Today we are introducing ferrite magnetic rings. Because ferrite is fragile, it can only be used with an aluminum alloy bracket. It is also resistant to high temperatures, but is cheaper than NdFeB material. It is the most cost-effective encoder magnetic ring.

The McIntyre 640 270T TITAN was developed to process Titanium , with massive cutting force and specially toughened blades , shatter proof guarding and push button control this shear can process all special alloys with ease

I share the results of the application of a pulsating amplitude-phase modulated magnetic field at semi-continuous 7inch billet air-slip casting in frequency range of 0~15 Hz on microstructure of aluminum alloy 7075. To evaluate the physical magnetohydrodynamic effect in its pure form, no microstructural modifiers such as titanium or zirconium were used. Grinding of the microstructure is effective at increasing to 15 Hz, but at the further increasing - the reverse effect is more likely - the phenomenon of damping and adsorption of hydrodynamic waves in a liquid-phase sump in a billet. AF modulation - had a carrier frequency at the level of 15-35 Hz and a pulse component from 5 to 15 Hz, with a magnetic field intensity of no more than 0.1T.

The Multi-Layer Titanium Mesh Sintered Plates For #electrolysis Material: Grade 1 #titanium (Ti) Size: 50x50mm Thickness: 2.0mm Technique: #sintering #multiple layers of Ti expanded mesh with different pore sizes

Titanium Alloy Schlieren Observe the schlieren phenomenon of titanium alloy material under laser irradiation of different power, and capture the slow-motion schlieren process of rippling.#highspeedcameras #revealer #schlieren