Acrylic Clear Magnetic Push Pin Assorted Colors Ø21x26mm, Clear Magnetic Push Pins Magnetic Button, NdFeB Skittle Style Magnet, Strong Neodymium Magnetic Push Pin Magnetic Push Pin Part No.: HS-PSMC-21P Material: NdFeB Magnet + Clear Plastic housing Shape: Skittle / Tenpin Size: Dia Ø 21 mm x Thickness 26 mm Plating: Ni-Cu-Ni (Nickel) Color: 7 assorted colors, blue, green, yellow, white, […]
Car Cooling Water Pump Magnets, Ferrite PPS Automotive Water Pump Magnet, Ferrite Magnet For Water Pump Generator, Water Pump Bonded Ferrite Magnet, Automotive water pump injection ferrite magnets China supplier
Car Cooling Water Pump Magnets Features:
Material Bonded Magnet
Automotive water pump is an essential component in engine’s cooling system. The water pump can ensure the coolant fast through engine coolant circulation line, then take away tremendous amounts of heat generated by the engine.
The impeller is a one of the core parts for automotive water pump. Actually, the impeller can be coupled with magnet by injection molding process.
HSMAG Water Pump Magnet are made by Ferrite or PPS compound. PPS is very stable under the ordinary situation. Its low water absorption fully ensures water pump magnet work stably under liquid medium. The melt flow ability of Ferrite or PPS is lagging behind the nylon compound, the improper injection molding parameters will break the dynamic balance of the water pump magnet and thus affect the running states.
How to ensure the production of water pump magnet?
Mold Flow Simulation Technology
Manufacturers can obtain the date by injection molding simulation software, then start evaluating the feasibility of mould designing, and ultimately the designing of mould and product.
Self-owned Mould Machining Workshop
The self-owned mould machining workshop will guarantee the manufacture, maintenance and repair of mould. The mould structure of water pump magnet is much more complex than simple injection molding magnet, and the high precision machining equipment is necessary for its manufacture.
Injection molded magnets are available using ferrite, neodymium-iron-boron, or blends of magnetic materials to achieve an extensive range of properties. Binder types include Nylon 6 and 12, PPS, and Polyamide. The binders and magnetic alloys are capable of a wide range of application temperatures from below -40° C to above 180° C. The Injection molding process is particularly well suited to molding very intricate shapes and thin walled parts. The finished parts can be either very simple or complex in geometry. OEM Plastic Ferrite Injection Magnets