2026/06/15

2026 Complete Guide to High Performance Neodymium NdFeB Magnets

This 2026 practical guide to neodymium NdFeB magnets covers core definition, performance parameters, step-by-step selection process, common use cases, maintenance tips and quality verification standards, based on first-hand production experience from TONGLI industry specialists, to help engineers and procurement teams make informed purchasing decisions efficiently.


2026/06/23

2026 Complete Guide to High Performance Neodymium Iron Boron Magnets for Industrial Scenarios

This 2026 updated SEO-friendly guide covers core performance features, parameter matching criteria, anti-corrosion solutions, industry use cases and maintenance tips of neodymium iron boron magnets, backed by first-hand production test data from TONGLI to help engineers make cost-effective magnetic material purchasing decisions.


2026/06/22

2026 Full Guide to Neodymium Iron Boron Magnet: Grades, Applications & Sourcing Tips

Based on TONGLI’s 15+ years of NdFeB manufacturing experience and 2026 latest industry data, this guide breaks down core attributes, step-by-step selection methods, typical use cases and trusted sourcing tips of neodymium iron boron magnet. It helps industrial engineers and bulk purchasers avoid common mis-selection pitfalls, cut procurement cost by up to 22% and get stable supply chain support for long-term projects.


2026/06/11

From magnet processing to custom magnetic components: How Tongli Magnetic Industry Solves the Heat Dissipation and Interference Problems of Wireless Charging Modules?

In the design of wireless charging modules, the magnetic suction component not only performs the function of adsorption and positioning, but also directly affects the charging efficiency and thermal management. The traditional single magnet solution is prone to problems such as eddy current heating and interference with the resonant frequency of the coil, which can lead to a decrease in charging speed or even overheating of the device.


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