Micro switch patch tact switch made from aluminium alloy with waterproof rating, rated for 1A current, ideal for control panels and keyboards, available in 1, 10, 50 or 100 piece quantities.
Waterproof Aluminium Alloy Micro Tact Switch for Control Panels and Keyboards

This micro tact switch provides a fundamental, durable switching component for electronic projects and repairs. Its aluminium alloy construction offers a solid housing, while its stated waterproof rating makes it a candidate for applications where environmental moisture or occasional splashes are a consideration. With a 1A current rating, it is suited for low-power signal or control circuits, commonly found in user interfaces like control panels, keyboards, and various electronic devices requiring tactile feedback.
Features and Construction

This switch is built around core specifications that define its practical use. The material choice and electrical rating provide a clear basis for integration into your projects.
Material and Build
The switch housing is made from aluminium alloy. This metal offers a balance of strength and light weight for the component, and its conductive properties are a standard aspect of switch construction. The product is described as a micro switch with a tact (tactile) action, indicating a momentary switching mechanism with a discernible click. The specific waterproofing method (e.g., sealing type, IP rating) is not detailed, so its limits in wet conditions are not fully defined by the source.
Size and Practical Fit
The source text does not provide physical dimensions for the switch. It is described as a 'patch' type switch, which typically refers to a surface-mount device (SMD) with flat contacts (pins) designed for soldering directly onto a printed circuit board (PCB). This form factor is common in modern electronics for compact assembly. The product is available for purchase as a single unit or in bulk packs of 10, 50, or 100 pieces, offering flexibility for both one-off repairs and larger-scale production or stocking.
Uses and Placement

The combination of a tactile feel, waterproof claim, and low current rating guides its ideal applications. It serves as a basic input component in a range of devices.
Event or Professional Use
For professional electronics assembly or repair workshops, this switch can be a stock component for fixing or building devices like industrial control panels, point-of-sale systems, or medical equipment interfaces where sealed switches may be specified. Its availability in bulk packs (50pcs, 100pcs) supports this kind of commercial or professional use, allowing technicians to maintain a supply for multiple jobs.
Everyday Home Use
For hobbyists and home electronics enthusiasts, this switch is suitable for DIY projects such as custom mechanical keyboard builds, gaming controller modifications, or homemade control boxes for simulators or smart home systems. The tactile feedback improves the user experience, and the waterproof aspect could be beneficial for projects used in workshops, garages, or outdoors where dust and occasional dampness might be present.
Benefits and Buying Value

The value of this component lies in its specified functional attributes and purchasing options. It provides a straightforward solution for a specific electronic need.
Reuse and Low Maintenance
As a solid-state component with no moving parts beyond its internal mechanism, a well-soldered micro switch generally requires no maintenance. Its aluminium alloy housing resists corrosion under normal conditions, and the waterproof design aims to enhance its longevity in challenging environments by protecting the internal contacts. This can reduce the frequency of replacements in devices exposed to humidity.
Why Choose This Product
This product offers a clear combination of material (aluminium alloy), feature (waterproof), and specification (1A rating) that can be matched against project requirements. The option to buy in a single piece allows for testing or a one-off repair without commitment to a large quantity, while the bulk packs offer better value per unit for confirmed applications. It provides a factual, component-level solution without unspecified performance promises.
