Hefei Super Electronics Co., Ltd.

Dear customers:   According to the "Notice of the General Office of the State Council on Arrangements for Certain Holidays in 2024" and combined with the actual situation of our company, we have made the following arrangements for the National Day holiday and related matters in 2024:   1: Holiday time: October 1 to October 7, 2024, a total of 7 days (normal work on September 29 and October 12).   2: About the factory: The release time is the same as above, and the production plan will be delayed. Customers who place orders before the holidays will arrange production and delivery as soon as possible after the holidays; customers who place orders during the holidays will postpone the production time. We promise to be punctual and trustworthy and provide all services.   3: For transportation: Our partner UPS/FEDEX/DHL company is on holiday as above. During the holidays, international express companies will not accept magnetic products, which will cause delays in the shipment of some customers. We apologize for the inconvenience!   Hefei Super Electronics Co., Ltd. wish you all a happy National Day holiday in advance and hope you will enjoy it as much as we do.   If you have any questions please contact: admin@cnsupermagnet.com                                                                                                                            Hefei Super Electronics Co., Ltd.    

     On September 10, 2024, our company moved into a new office. The new address is: Room 2601, 11 Building, Paramount Famous Plaza, No.558  Lianhua Road,Economic & Technologic Development Area, Hefei, Anhui.                                    This is an exciting time. Relocation is an important milestone, representing the development and growth of the company. The new office space will bring more opportunities and challenges to the company, and provide employees with a better working environment and resource support.        After the move, in order to ensure that employees and customers share the new address and contact information in a timely manner for smooth business communication and cooperation, we promptly updated various company materials, including business cards, website, social media, etc., to reflect the new image and location. Meeting Room Working Area Manager Office        May the new office become a stage for the development of the company, bringing more success and achievements, and may we become the best support for our customers.  

     Neodymium magnets can be found everywhere in our lives due to their wide range of uses, from daily use to technical equipment, playing an indispensable role. Next we will introduce some applications of strong neodymium magnets in the kitchen.          1. Magnetic knife holder: Neodymium magnets have strong magnetism and can be used to make magnetic knife holders. Mount the neodymium magnet on the wall or other suitable location to secure the knife to the knife holder for easy storage and retrieval. This not only saves kitchen space, but also provides convenient tool management.        2. Refrigerator magnets: Neodymium magnets can be used to make refrigerator magnets. These magnets are often used to fix photos, memos, recipes and other small items on the refrigerator, serving as reminders and decorations.          3. Bottle cap magnet: Neodymium magnets can be used to make bottle cap magnets. Embedding magnets on the lid can make the bottle cap magnetic and easy to fix on magnetic surfaces, such as refrigerator doors.        4. Magnetic gadgets: Using the strong magnetism of neodymium magnets, magnetic gadgets can be fixed in place. For example, you can make magnetic spice jars and attach them to a magnetic surface for easy storage and access to spices.          5. Magnetic hanging hooks: Using the strong magnetic force of neodymium magnets, magnetic hanging hooks can be made for hanging kitchen utensils, linens and other items. These magnetic hooks can be easily attached to steel utensils or other magnetic metals.        These applications demonstrate the role of neodymium magnets in improving the convenience and safety of daily life, especially in kitchen environments, where they play an important role by providing safe knife storage solutions and efficient cleaning tools.        It should be noted that when using neodymium magnets, be careful to avoid contacting them with magnetically sensitive equipment or items, and avoid adsorbing them to electrical equipment that is susceptible to magnetic field interference.  

     When the customer selects the neodymium magnet used in the product, the first is to select the shape of the neodymium magnet and other performance requirements according to the nature of the product and the use of the requirements. An important issue related to size is the tolerance of the strong neodymium magnet, because the processing tolerance range of the Neodymium iron-boron magnet is crucial to ensure the performance and assembly of the magnet.          The tolerance of neodymium magnets refers to the range of dimensional deviations allowed in the manufacturing process. Tolerances are set to ensure that the produced neodymium magnet meets the requirements and will work properly in the application.        The specific neodymium magnet tolerance depends on a number of factors, including the size, shape, and use of the magnet. In general, the tolerance of neodymium magnets can include the following aspects:        1. Dimensional tolerance: for length, width, height and other dimensional parameters, the maximum allowable deviation range is developed, usually using millimeters or microns as units.        2. Magnetic tolerance: relates to the magnetic characteristics of neodymium magnets, such as magnetization, residual magnetic induction, etc. These tolerances are usually expressed as percentages or specific values.          3. Surface treatment tolerance: relates to the surface treatment of neodymium magnets, such as plating, covering, etc., specifies the allowable range of surface roughness, coating thickness, etc.        It should be noted that different application areas and use requirements may have different requirements for tolerances of neodymium magnets. Some precision applications may have more stringent tolerance requirements, while others may be relatively lenient.        Usually, we will use a micrometer to measure the size of neodymium magnets. When using a micrometer to measure, ‌ the operator needs to have certain professional skills and experience, ‌ to ensure the accuracy of the measurement. ‌ In addition to ‌ micrometer, ‌ there are other measuring tools such as vernier caliper, ‌ Gauss meter, ‌ flux meter and film thickness meter are also used for the detection of Ndfeb magnets, ‌ of which the film thickness meter is mainly used to measure the coating thickness of finished NdFeb magnets.        Ultimately, ensuring that the tolerances of neodymium magnets meet the requirements is key, and the manufacturing quality and performance of neodymium magnets can be ensured through quality testing and control.  

     At 19:30 on July 26, 2024 local time in France, the 33rd Summer 2024 Paris Olympics opened on the banks of the Seine River in Paris. This grand international event brings together athletes from all over the world to compete and audiences around the world to enjoy the event.          As we all know, strong neodymium magnets play an important role in many fields with their high-strength magnetism. In the Olympic Games, the application of neodymium magnets not only enhances athlete performance, but also plays a vital role in the various supporting technologies and equipment used throughout the competition. Specifically, uses for neodymium magnets in the Olympics include:        1. Competitive equipment: The high magnetic properties of neodymium magnets make them a key component in driving many high-tech equipment. For example, in sports such as shooting and cycling, neodymium magnets are used to manufacture some precision mechanical devices such as tights and skin suits. These equipment use intermittent compression technology to help athletes maintain muscle stability while reducing the impact on blood circulation, thereby improving athletic performance.‌ In addition, in track and field competitions, the spike shoes used by athletes may use neodymium magnets to enhance their performance to improve the lightness and mechanical efficiency of the shoes and help athletes achieve better results.          2. Protective measures: Strong neodymium magnets are widely used in some sports equipment. For example, they can be used to create magnetic inflatable cushions that provide better shock absorption to protect athletes when they jump, fall or land. Furthermore, competitive sports often push athletes to their physical limits, so medical diagnosis is essential. An MRI (magnetic resonance imaging) machine is a common machine used to diagnose injuries. It relies on powerful magnets, strong magnetic fields and radio waves to create detailed images of the body's internal structures, allowing doctors to accurately identify common tears, Problems such as strains and inflammation. These details are critical to developing an effective treatment plan to ensure athletes receive the best possible care for a quick and safe recovery.        3. Sports material: Many Olympic events require the use of sports equipment, such as weightlifting, weightlifting barbells, frosted pulleys, etc. The powerful magnetic force of neodymium magnets can be used to stabilize and secure the components of these equipment to ensure athlete safety and smooth competition.        4. Physical auxiliary facilities: In some sports, such as archery and darts, custom neodymium magnets can be used to make magnetic targets to provide better adsorption and accuracy, helping athletes obtain better shooting results.          These applications demonstrate the huge potential of neodymium magnets in improving athlete performance and enhancing the technological content of competitions. With the advancement of science and technology, it is expected that neodymium magnets will be used in more fields in the future, bringing more innovations and breakthroughs to the Olympic Games.        It should be noted that the neodymium magnets used in Olympic events should comply with relevant regulations and standards to ensure a safe and fair competition environment. The specific application also depends on the needs and regulations of different projects.

     As we all know, neodymium magnets are very strong magnets and can produce strong magnetic fields. Small size neodymium magnets that are mistakenly or swallowed may cause serious health problems, such as intestinal obstruction and digestive tract problems. In addition, high magnetic fields can also cause interference to heart starters, hearing aids, medical equipment, and electrical equipment. If the neodymium magnet is incorrect or Careless placement of the magnet may result in injury or pinching. This series is all tangible harm.          But whether the magnetic field generated by neodymium magnets has any impact on the body is also a concern of many people. Magnets themselves do not emit harmful radiation, nor do they cause direct harm to the human body like radioactive substances. However, the scientific community has not yet concluded whether the presence of a magnetic field has a potential impact on the human body.        Some studies have shown that extremely strong magnetic fields may affect the nervous system activity and cell bioelectricity of the human body, but these studies are mostly conducted in specific, controlled experimental environments, and the results are difficult to directly generalize to people who are exposed to ordinary magnets for a long time in daily life.        In daily life, people may come into contact with various magnets, such as fridge magnets and magnets in electronic devices. The magnetic force of these magnets is generally weak. According to current scientific research, magnetic fields of this strength have minimal impact on human health. What's more, the exposure time and intensity of magnetic fields in daily life are usually far below those levels that may affect health.          It is worth noting that some health products use magnetic therapy to claim that it can treat pain or improve health. While some users have reported that it helps, the scientific community still has reservations about the effectiveness and safety of magnetic therapy. If considering using this type of product, it is recommended to consult a medical professional first.        To sum up, the use of ordinary magnets in daily life has minimal impact on human health. However, for high-intensity magnetic field environments, such as some special industrial applications or medical equipment, more research is needed to determine the safety and health effects. For most people, daily exposure to magnets is not enough to cause health problems.        In the absence of clear evidence, we cannot conclude that long-term exposure to magnets is absolutely harmless to health, but current research results support the conclusion that its impact is minimal. Before using any magnetic product, it is recommended to exercise caution and seek advice from professional ndfeb magnet supplier if possible.        Warm reminder: When using powerful neodymium magnets, please keep them away from children and people wearing pacemakers and other equipment.