Cici and Ndfeb permanent magnets

 Explore the versatility of magnetic assemblies, including holding magnets , pot magnets , and laminated magnets . Learn how WZ Magnetics and Hitachi-authorized NdFeB manufacturers deliver custom solutions for industries. Magnetic assemblies have become a cornerstone of industrial innovation, combining magnets with other materials to deliver unmatched functionality. From holding magnets to rubber-coated magnets , these versatile tools solve complex challenges across industries. But what makes them indispensable in today’s applications? Whether it’s permanent magnets for energy efficiency, pot magnets for heavy-duty holding, or custom magnetic assemblies for unique requirements, these products bring efficiency and precision. With expertise from Hitachi-authorized NdFeB manufacturers , businesses can rely on top-tier magnetic solutions. In this article, we’ll cover the fundamentals of magnetic assemblies, how they’re made, and why they’re transforming industries worldwide. Table ...

 Discover the fascinating science behind magnets and how they work. From magnetic fields to everyday applications, explore the power and versatility of magnets in this informative guide. Magnets are fascinating objects that have been a part of human history for centuries. From early navigational tools to the latest technological advances, magnets have been essential in shaping the world around us. But what exactly are magnets, how do they work, and where can we find them in everyday life? In this article, we explore the science of magnets, their various types, and the incredible applications that make them indispensable. Magnets are materials that generate a magnetic field, attracting or repelling other objects. They are part of the broader field of electromagnetism and are an essential part of technologies like electric motors, medical devices, and even transportation systems. Now that we’ve introduced what magnets are, let’s take a closer look at the different types of magnets, t...

 Learn about the temperature limits of different types of magnets and how heat affects their performance. Discover practical tips for choosing the right magnets for high-temperature applications. Understanding the temperature tolerance of different types of magnets to choose the right magnetic solution for high-temperature applications. Table of Contents How Do Magnets Perform Under Temperature Variations? Common Magnet Temperature Limits 1. Neodymium Magnets 2. Samarium-Cobalt Magnets 3. Alnico Magnets 4. Ferrite Magnets How to Choose the Right Magnet for High-Temperature Environments? 1. Select Based on Application Requirements 2. Choose the Appropriate Magnet Grade 3. Material Temperature Stability 1. How Do Magnets Perform Under Temperature Variations? Temperature changes significantly impact the performance of magnets. Both high and low temperatures can cause magnets to lose their magnetic properties. Here’s how temperature affects magnets in real-world applications: High-Temp...

 As someone who has been in the magnetic products industry for years, I’ve seen firsthand how the landscape has been changing, especially when it comes to international trade. The past few years have been tough for many businesses, and we all feel the pinch. From supply chain issues to rising costs and geopolitical tensions, it's natural that some clients are starting to question their supplier relationships — particularly when it comes to sourcing from China. There’s a growing trend where some clients consider bypassing Chinese manufacturers and looking to either localize their sourcing or work with middlemen who promise "better" deals. Others are even shifting to sourcing from different countries, hoping to reduce their reliance on China altogether. While I understand the concerns and the desire for change, I want to share my thoughts on why I still believe working with Chinese manufacturers, especially in the magnetic products sector, is still the way to go — just with...

When it comes to importing magnetic products, ensuring the reliability of their pull force is critical, especially for international buyers.  However, many importers might not have access to pull force testing machines or might use different brands of machines than their suppliers.  This discrepancy can lead to misunderstandings, unreliable product quality, and even disputes. So, how can you standardize and confirm consistent pull force testing methods to ensure product quality and maintain trust with your suppliers? Testing the pull force of magnets is a crucial step in quality control. Whether you're verifying the performance of neodymium magnets or assessing magnetic assemblies, understanding the variables that influence pull force and adopting a common standard for testing is key. Without it, you risk miscommunication and potential quality issues in your supply chain. To address this challenge, let’s explore the core aspects of pull force testing, identify common pitfalls,...

Fishing magnets, also known as magnet fishing tools or magnetic recovery tools, have gained popularity among hobbyists and treasure hunters for their ability to retrieve metallic objects from water bodies. From lost treasures to old tools, these powerful magnets can pull up a wide variety of items hidden underwater. However, while they can be fascinating to use, it’s essential to handle them safely due to the strong magnetic forces involved. fishing magnet safety Understanding Fishing Magnets Fishing magnets are typically made from neodymium, a type of rare earth magnet known for its high strength and resistance to demagnetization. These magnets are encased in a durable housing with a threaded eye bolt or hook, allowing users to attach ropes or chains securely. Applications of Fishing Magnets Treasure Hunting: Enthusiasts use fishing magnets to explore rivers, lakes, canals, and docks for sunken valuables, antique tools, or lost jewelry. Environmental Cleanup: Many users participate ...

Many products on the market look similar, with the same diameter, the same suction power, and even the same coating. You may have noticed that some POT magnets have a ring-shaped plastic filler, while others do not. So what does this plastic filler do? For the European market, one more raw material means one more material that is compliant with REACH and Rohs certification. So why do some POT magnets add this kind of filler? Generally, during the assembly process of magnets and steel parts, there will be a little gap. Generally, ferrite magnets are not coated. If there is a layer of plastic filler, it can reduce the contact between the ferrite magnet and the air, and secondly, it can protect the magnet and reduce breakage. Below is the sample we buy from the market randomly, compared with the sample we choose from our warehouse randomly. This magnetic hook is very common and very popular in the market, for shop fitting, etc. We've supplied customers from the EU and the US market fo...

What is a magnet? As the name suggests, a magnet is a magnet that attracts metals. The components of magnets are atoms such as iron, cobalt, and nickel. The internal structure of the atoms is relatively special and they have magnetic moments themselves. Magnets can generate a magnetic field and have the property of attracting ferromagnetic substances such as iron, nickel, cobalt, and other metals. Magnet type Shape magnets : square magnets, tile-shaped magnets, special-shaped magnets, cylindrical magnets, ring magnets, disc magnets, bar magnets, and magnetic stand magnets. Properties of magnets : samarium cobalt magnets, neodymium iron boron magnets (powerful magnets), ferrite magnets, alnico magnets, iron chromium cobalt magnets. Industry magnets : magnetic components, motor magnets, rubber magnets, plastic magnets, etc. Magnets are divided into permanent magnets and soft magnets . Permanent magnets are added with strong magnetism to align the spin of the magnetic material and th...