AC Rod
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Tungsten Rod SliceTungsten Rod Slices, produced through powder metallurgy, offer exceptional hardness, high density, and superior resistance to heat and corrosion. These properties make them ideal for...read more
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Double Threaded RodAs a key component in connecting structures, Double Threaded Rods play an irreplaceable role in load-bearing and connection in a wide range of applications, including engineering and construction,...read more
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Iron Core for AC RelayIron Core for AC Relay is a high-performance core component designed for various relay applications. It is made of high-quality silicon steel material with excellent magnetic permeability, which...read more
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Soft Magnetic Iron RodSoft magnetic iron rods are machined components made from soft magnetic materials and supplied in rod form; their key characteristics include high magnetic permeability, low coercivity, favorable...read more
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AC Relay Core AssemblyThis AC Relay Core Assembly is a soft magnetic core assembly specifically developed for industrial AC control relays. It utilizes a pure iron substrate combined with a precision slotted structure...read more
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Pure Iron Rod for RelayThe Pure Iron Rod for Relay is crafted from Soft Magnetic Iron Rod RFe80, known for its excellent magnetic properties. This material enhances the efficiency of the relay by minimizing energy loss....read more
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DT4C AC Relay Iron CoreThe DT4C AC Relay Iron Core is a core component of industrial electromagnetic control systems, specifically designed for efficient electromagnetic conversion in AC relays. We use high-purity DT4C...read more
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Pure Tungsten Rod SlicePure tungsten rod slices are flat with regular shapes. They are crucial in car horns. Made from pure tungsten, these slices possess high strength and excellent wear - resistance. The manufacturing...read more
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Grooved Core for AC RelayThe Grooved Core for AC Relay is meticulously crafted from DT4C material, renowned for its magnetic properties. This laminated iron core reduces core losses and enhances relay efficiency. The...read more

