Workholding magnets provide a strong and stable holding force, making them an ideal solution for securing workpieces during the manufacturing process. They are used across multiple industries such as machining, welding, and assembly. However, to ensure workholding magnets are providing the most secure hold possible they do require proper maintenance. Below we’ll provide our expert opinion on the best ways to maintain and troubleshoot a workholding magnet. Clean The Surface To ensure optimal performance the surface must be kept clean and free from any contamination any debris. Any foreign mate ..read more

In recent years, the use of magnetic filtration has become more prevalent than ever in a variety of industries, including aerospace, automotive, and food processing. Magnetic filtration is the process of using magnetic fields to separate magnetic particles from a liquid stream. It is a cost-effective and efficient method of removing ferrous debris throughout industrial processes, and below we will explore how magnetic filtration is used to improve process and product quality in different industrial applications. Automotive Industry Magnetic filtration is used within the automotive industry to ..read more

Magnetic separators are an essential piece of equipment used to remove ferrous metal contaminants from materials, helping prevent damage to equipment and ensuring product purity. Magnetic separators play a crucial role in many industries such as mining, recycling, and food processing. There are many advantages of using magnetic separators, however, like all machinery, magnetic separators require regular maintenance to perform correctly and at their highest standard. Below we’ve provided our five best tips and tricks for maintaining and troubleshooting a magnetic separator. Tip 1 – Regular Cle ..read more

Lifting and handling magnets are powerful tools used across multiple industries to lift, move and handle heavy ferrous loads. These lifting magnets are regularly used on construction sites to manufacturing factories to make material handling safer and more efficient. Below, we will discuss the advantages of lifting and handling magnets and explain why they are a must-have for any workplace that handles heavy ferrous loads. Increased Safety One of the biggest advantages of using a lifting and handling magnet is increased safety, as traditional methods of lifting heavy loads such as chains and ..read more

Welding is the process of joining two pieces using heat, pressure or both forming a join as the parts cool and solidify. However, securely holding metal workpieces in place during welding can be a challenging task, this is where magnetic welding clamps are essential. Magnetic welding clamps are specially designed tools that use magnets to hold metal workpieces during welding, even when working with complex shapes and awkward angles. Below we explain how magnetic welding clamps are used and their benefits. How Magnetic Welding Clamps Work Our magnetic welding clamps are made up of a ferrite ma ..read more

Magnetic lifters are lifting devices that use powerful magnets to lift and transport ferrous materials, they are most commonly used in industries where heavy materials need to be moved efficiently, quickly, and safely. Lifting magnets provide a strong, reliable hold on ferrous materials even if they are heavy or awkwardly shaped, meaning workers can transport materials with ease and confidence, knowing that they are securely held in place. What Are The Advantages of Lifting Magnets? There are multiple advantages to using lifting magnets, one of which is the ability to lift and transport a ..read more

Magnetic filtration is the process of using magnetic fields to remove ferrous contamination from fluids such as water, oil, and other liquids. Magnetic filtration has seen significant growth in popularity over recent years due to its ability to reduce equipment maintenance costs and improve fluid purity. As well as the reduction in maintenance costs and the improved fluid purity magnetic filtration is environmentally friendly and easy to install and maintain making them an ideal option for industrial applications. Filter Rod Magnets Pipeline Filter Magnets Improved Fluid Purity Magnetic filt ..read more

Every one of our magnets has a ‘pull’ rating measured in kilograms and this relates to how much force acting perpendicular to the magnet is required to pull the magnet from a steel plate or equal thickness when indirect, flush contact. The ‘pull’ rating is obtained under the owing ideal conditions: The testbed steel plate is thick enough to absorb all the magnetism. (typically 50mm thick) It is clean and ground perfectly flat. The pulling force is slowly and steadily increased and is absolutely perpendicular to the magnet face. In actual real-life applications, these perfect conditions are u ..read more

There are five main types of permanent magnet material; these are, in order of strength from strongest to weakest, neodymium, samarium cobalt, alnico, ferrite, and flexible rubber. When designing a magnetic solution, physical strength is not always the most important factor, and each material has its own unique characteristics. Using the links below, you will be able to access information about each type of permanent magnet and the grades available. Neodymium Magnets Neodymium magnets are the strongest magnets commercially available and are incredibly resistant to demagnetisation. Astonishingl ..read more

Pot magnets consist of a magnet contained within a housing or casing to ensure maximum performance whilst protecting the magnet from cracking or chipping when in use. Pot magnets are ideal for clamping applications and provide extreme versatility for a wide range of applications. Pot magnets can be used across several industries and applications but if you are unsure about what a pot magnet is or how they work, don’t worry, we have the answers right here for you! Typical Pot Magnet Construction A standard pot magnet has only one magnetic face which is exposed from the steel casing, creating a ..read more