Last week we launched the first blog post in the series of Our Experts’ Favourite Magnets. Our team are taking the time to reveal their favourites and the reasons why they rate them so highly. We started off with Juan Suarez-Robinson, our fresh-faced Customer Sales Adviser whose favourite magnet is the Feel Flux gadget! Take a read.
This week, our Head of Sales and Marketing, Simon Elliott, will be chatting to us and revealing his favourite magnet! But first, a bit about the man himself. Simon is a charismatic leader with natural motivational qualities. When he is not singing along to Smooth FM in the office he’s singing about his beloved Derby County FC. A man of the world who now brings his skills and expertise to the magnet industry.
But down to business.
Magnets magnet magnets! They are here, there and everywhere and we don’t even realise it. From the device you are reading this on to the hidden catches on your gate, magnets are an extremely versatile product with endless possibilities and are often an unsung hero.
With the British Grand Prix this weekend, support will be high for Lewis Hamilton and Jolyon Palmer! To get into the mood of cars, racing and all things Motorsport, we decided to take a look into how magnets are being used within the automotive industry! We’ll be exploring the use of magnets from the production line all the way to the seatbelt detection! Take a read and see how many you already knew about…
May the 4th be with you this Star Wars Day!
For those who don’t know, Star Wars Day, formally known as May 4th, is a day where enthusiasts come together to celebrate the franchise! For instance in Sydney, one local burger bar has launched the Star Wars burger and here in the UK, entertainment stores are slashing prices on retro Star Wars games!
Here at FIRST4MAGNETS.COM, we are no different and we’re celebrating Star Wars Day with magnets! Our experts have been working with Darth Vader himself to levitate coins and today we’re giving you the chance to do the same with our step by step guide! In 4 easy steps you could have an amazing magnetic trick to show your friends and family.
May the magnetic force be with you!
With the London Marathon this Sunday, everyone’s hard work and training will come into place as they take on tremendous challenge of 26 miles around the capital. It’s time to lace those trainers, plug in the ear phones and keep those legs motoring!
Google, the name synonymous with cutting-edge technology, introduces a new exciting platform, Google Cardboard. No, the Internet gurus at the Googolplex have not decided to diversify into origami, in fact they have developed a device that can be made out of cardboard (and a couple of magnets) that makes virtual reality affordable and accessible for anyone with a smartphone. In this article, we take a look at what all the fuss is about.
A reed switch is an electromagnetic switch used to control the flow of electricity in a circuit. They are made from two or more ferrous reeds encased within a small glass tube-like envelope, which become magnetised and move together or separate when a magnetic field is moved towards the switch. The switch effectively works like a gate, or a bridge, in an electric circuit so when the two reeds are in contact, electricity can flow around the circuit operating a device. Unlike mechanical switches they do not require something or someone to physically flick them on or off, they are controlled completely by invisible magnetic fields! Continue reading
Neodymium magnets are the strongest in the world, that’s why they can be pricey. If you have an old hard drive (one you won’t ever need again), you can dismantle it to retrieve the neodymium magnets inside. Here I will give you a step-by-step guide for taking apart a computer hard drive.
Ordinarily, heat and electronics aren’t the best of companions; even less unsuited partners are heat and some magnetic materials!
However, a new technology being developed by Seagate for the next generation of storage devices, known as ‘heat-assisted magnetic recording’ is breaking the convention. The technology is heralded as revolutionary and could significantly increase the amount of data that can be stored on a hard drive by increasing storage density.
Since the days of the first personal computer it has been part of ‘geeklore’ (like folklore but more interesting) that magnets are bad for all things electronic. But come on I hear you say, we’ve moved on from the days of the faithful floppy disk and the cumbersome CRT monitor, surely this can’t be the case? Magnets can’t seriously damage my iPhone, can they?