Industrial Applications of Magnets in various sectors

contaminate pharmaceutical product processing lines one of it is when the particulate would attach to the ingredients, raw materials, or even the components while manufacturing/transport. However, the most common root cause of metallic contamination includes the equipment/machinery implemented to manufacture pharmaceutical products and abrasion would result in metal shavings to flake off, and vibration may loosen bolts, nuts, as well as various other fasteners.

Metal pieces on a production line are possible to get into the final product, unknowingly and therefore, those unwanted non-conformities impact manufacturers, negatively which may result in unwanted downtime, product recalls, as well as lost revenues.

Applications of Magnets in aerospace engineering

Magnets in aerospace engineering are built in such a way that they can be implemented even in extreme environments as well as work over a long period.

The aerospace industry is one of the segments which has experienced great technological coupled with scientific advances in the past years. Hence, as the demands & temperatures of the challenges have started to rise, it has become absolutely necessary for manufacturing magnets which support them & accomplish most of the missions we are aware of today.

The following factors must be considered during the designing process of magnets for the aerospace engineering, and these critical requirements include field strength, sensor specifications temperature, tensile forces, & torques.

How useful are magnets in the aerospace engineering space?

For example, any permanent magnet that is being used for a critical mission can be designed with an aim to detect the position of flow rates, an actuator, to detect fluid, to make fuel pumps, as well as operate temperature generators.

However, magnets used in the aerospace engineering space facilitate the reduction of carbon and increase fuel efficiency. This is achieved through miniaturization with the possible outcome of better recyclability.

Different types of magnets used in aerospace engineering

In the aerospace engineering sector the magnets used are injection-molded magnets, hybrid magnets, or compression-bound magnets. Samarium cobalt is actually the material which is commonly implemented in aerospace & military applications. This is mainly owing to its high working temperature.

With a working temperature of around 240 degrees, the NdFeB 30AH & 33AH – the new grades would also be a great as well as an interesting option.

The permanent magnets market size is anticipated to register at a Compound Annual Growth Rate of 5.9 percent till 2027. While the consumer goods & electronics application sector accounted for the largest revenue share of more than 26 percent in 2019, surge in investments in the smartphones, laptops, as well as other household electronic devices are predicted to bolster the product demand for magnets during the forecast period. For example, Samsung made an announcement that it would invest USD 500 million in setting up its manufacturing plant in India therefore, a surge in the manufacturing of smartphones would eventually fuel the market growth.