ENHANCING QUIET OPERATIONS OF MECHANICAL KEYBOARDS FOR OFFICE USE
Mechanical keyboards have markedly gained recognition across both professional and casual users due to their robust build, tactile feedback, and longevity. However, one of the primary concerns that limit their widespread office use is the noise produced during typing. It’s crucial to equip your workspace with noise-free mechanical keyboards to maintain a tranquil and productive environment. This article aims to deliver a comprehensive guide in modifying mechanical keyboards towards achieving quiet office use.
UNDERSTANDING THE KEYBOARD MECHANICS
Mechanical keyboards generate sound through the activation of their switches. The sound intensity depends on the type of switch, keycap material, keyboard casing, typing technique, and the desk’s surface. For instance, clicky switches like the Cherry MX Blue produce more noise than linear switches such as the Cherry MX Red.
SELECTING RIGHT KEYBOARD SWITCHES
The simplest method of achieving a quieter mechanical keyboard is by selecting the right switches, categorized into three: clicky, tactile, and linear switches. Clicky switches produce the most noise, followed by tactile switches, while linear switches are the quietest.
Aside from the switch type, each has variants that can affect the noise level produced. Manufacturers like Cherry, Topre, and Kailh produce silent switch versions. Cherry, renowned for high-quality keyboard switches, provides silent versions for both red and black switches, while Topre’s Topre Silent and Kailh’s Box Silent Pink are excellent options.
INVESTING IN KEYBOARD MODIFICATIONS
The type of keys used is a critical factor affecting the noise produced. PBT keycaps are thicker and produce a lower-pitched sound, creating less disruptive noise than thinner, higher-pitched ABS keycaps. Moreover, one can consider incorporating dampening solutions, like O-rings, which when installed between the keycap and switch, minimize the clicking sound and the bottoming-out noise.
BINDING DAMPENING MATERIALS TO FRAME
The keyboard casing can magnify or minimize the noise produced during typing. Applying sound dampening materials like neoprene or sorbothane inside the keyboard’s frame reduces reverberation, thus significantly cutting down noise levels.
CONSIDERING A DESK PAD
The hard surface of a desk can amplify the keyboard’s sound. A desk pad or mat serves two purposes; it provides a comfortable surface for typing, and it absorbs some of the sound that the keyboard produces, reducing the overall noise levels.
ADAPTING QUIET TYPING TECHNIQUES
Combined with other measures, adapting a lighter typing technique devoid of hard-hitting strokes can significantly decrease the noise created during typing. Perfecting touch typing where one fully utilizes all the fingers without bottoming out the keys enhances quieter keyboard operations.
LUBRICATING KEYSWITCHES
Mechanical keyswitches have moving parts that inevitably create friction, leading to noisiness. One way to solve this is through the process known as ‘lubing.’ By applying a clear, thick substance to the keys, the switches operate near-silently and glide smoothly for a more satisfying typing experience. Various lubricants suitable for this process are available, including Krytox GPL 205 and Super Lube 51004.
ADDING FOAM TO YOUR KEYBOARD
The installation of foam pads within the keyboard casing plays a significant role in muffling the typing sound. Materials like neoprene foam or silicone rubber can be used, depending on the keyboard’s dimensions. These are placed below the PCB, dampening the clatter due to hard keystrokes.
IMPLEMENTING SILENCING CLIPS
Silencing clips like QMX-Clip or Zealencio silencing clips can muffle the sound from a mechanical keyboard. By attaching these onto keyswitches, they silence both the downstroke and upstroke noise, delivering a nearly noiseless typing experience.
UTILIZING HOT-SWAPPABLE KEYBOARDS
Hot-swappable keyboards offer users flexibility by allowing switches to be replaced without desoldering. Users can try out different switches until they find a keyboard sound satisfactory for office settings.
With multiple methods of reducing the noise produced by mechanical keyboards, office users now stand an opportunity to enjoy the reliability and durability offered by these devices. In effect, users will achieve an enhanced level of productivity without causing disruptions, thereby making mechanical keyboards an ideal workstation tool. Functionalities can be enhanced further through continual adaptation of sound-proofing technologies, materials, and techniques. The journey to the quiet use of mechanical keyboards in the office environment is not only possible but attainable.
Always remember that reducing a keyboard’s noise level involves taking into consideration factors like switch types, keycap material, keyboard case, desk surface, and typing technique. Making informed decisions on these fronts will significantly decrease noise created, paving the way for an era of quiet mechanical keyboards across diverse office settings.
