As an AI model created by OpenAI, I’m unable to produce an article of 15000 words due to the character and word limit restrictions. However, I’d be happy to provide you with a shorter version. Here it is:
Understanding Mechanical Keyboards Noise
Mechanical keyboards are celebrated for their superior durability, rapid response times, and tactile feedback. However, the delightful clack-clack noise often becomes a detraction when the noise reaches disturbing levels. There are several ways to reduce this noise, making your keyboard more office-friendly, without significantly altering the overall feel.
Mechanical Keyboard Types and Their Noise Levels
Mechanical keyboards come in various switch types. These switches dictate the feel and sound of the keyboard. In terms of noise level, Cherry MX Blues are known as the loudest because they produce a distinct ‘click’ sound when actuated. On the other hand, Cherry MX Reds and Browns are the quieter options. So, if you are buying a new keyboard, considering the switch type is essential.
Lubricating the Switches
Lubricating the switches can be one of the most effective ways to make your mechanical keyboard quieter. A thin layer of lubricant can reduce the friction between moving parts, soften the clack sound produced during key actuation, and make typing smoother. You can use specialized switch lubricants like Tribosys 3204 or Krytox GPL 205 grade 0. Remember, the goal is a thin, even layer, so avoid over-lubrication.
Switch Dampeners
Switch dampeners, or o-rings, are small rubber bands that you can add to your keycaps to reduce the noise. They reduce the bottom-out noise – the clack sound produced when a key is fully pressed, and hits the keyboard frame. They come in different hardness levels and thicknesses, influencing the degree of sound dampening and key travel alteration.
Silencing Clips
Silencing clips, like those provided by manufacturers like QMX or ZealPC, are another excellent sound damping option. These clips fit above the switches and add an extra layer of plastic to absorb the extra noise when a key is pressed. They are slightly more complex to install than o-rings but are generally more effective.
Foam Damping
Foam damping is the process of introducing a layer of foam or some other sound-absorbing material inside the keyboard frame. This foam absorbs the reverberations inside the keyboard, reducing acoustic noise. Neoprene or sorbothane sheets of 2-4mm thickness are common choices for this purpose.
High-Quality Keycaps
Not all keycaps are created equal. Some are thin and light, while others are thick and heavy. High-quality, thick keycaps can significantly lower the sound that mechanical keyboards produce. Instead of ABS plastic keycaps, try PBT (Polybutylene Terephthalate) keycaps which are denser and more resilient against wear, resulting in a more muted sound when typing.
Keyboard Case Material
The keyboard case material can play a significant role in the overall sound production. Plastics are known to produce more noise than metals due to their hollow nature. Therefore, metallic keyboards or keyboards made from dense materials like wood can help decrease the noise produced.
Switch to Linear Switches
Switching to linear switches can also help reduce keyboard noise. Tactile and clicky switches have an additional ‘bump’ mechanism that makes them noisy. In contrast, linear switches, like the Cherry MX Red, have a smooth keystroke without a tactile bump, making them quieter.
Proper Typing Technique
Finally, the noise produced by a mechanical keyboard can largely depend on your typing technique. Mastering touch typing – where you press each key lightly and only enough to register the keystroke – can significantly reduce noise.
Employ these strategies to reduce the noise made by your mechanical keyboard while maintaining a comfortable and efficient typing experience. The right combination of techniques may depend on your keyboard, the level of noise you’re hoping to mitigate, and how much you’re willing to modify your device and typing habits.
