
Product Brief Description
With its core advantages of optimized design, reliable materials, and flexible compatibility, this 7×7 push-button switch not only addresses the challenges of space constraints and stability in compact devices but also meets the control requirements of diverse applications through its long-lasting performance. It is the ideal choice for achieving efficient and stable interaction in modern electronic devices.
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The 7×7 3-pole side-mount pushbutton switch (with bracket), thanks to its optimized structural design and material selection, has become the preferred solution in consumer electronics, industrial control, and automotive electronics, ensuring stable and efficient control and interaction for a wide range of devices.
Push Switch Material
The core competitive advantage of this switch lies primarily in its reinforced metal bracket design. Unlike standard bracketless push-button switches, it features a dedicated metal mounting bracket that enables multi-point fixation and ground connections during PCB soldering. This not only significantly enhances the bond strength between the switch and the circuit board—effectively preventing pin loosening and body wobbling caused by long-term use or external impacts—but also utilizes the bracket’s conductive properties to create a static discharge path. This helps resist environmental static interference, protects internal circuits and sensitive components from damage, and fundamentally improves the overall operational stability of the device.
- Housing: Injection-molded from high-toughness, heat-resistant engineering plastic, it offers excellent impact resistance and thermal stability. It maintains structural integrity across a wide temperature range of -25°C to +70°C, preventing deformation at high temperatures or brittle fracture at low temperatures, making it suitable for complex applications such as home appliances and automotive systems;
- Pins: Made from high-quality copper with a tin-plated finish, these pins not only offer excellent electrical conductivity and low voltage drop but also provide good solderability, enabling quick reflow soldering or manual soldering. They also effectively prevent oxidation and corrosion, ensuring reliable long-term electrical connections;
- Keycaps: Made from wear-resistant engineering plastics such as POM, they combine high hardness with low friction. They resist wear, burrs, and breakage even under repeated pressing and support customized production in various heights and colors.
Key Switch Core Advantages
- Side-mount + bracket design: Saves vertical space, ideal for slim devices, and ensures a more secure installation.
- High reliability: Long service life and low contact resistance, suitable for applications requiring frequent operation.
- Flexible customization: Choose between latching and momentary modes; customize keycap height and color; compatible with a variety of PCB layouts.
Button Switch Application

The 7×7 3P side-mount pushbutton switch (with bracket) has been widely adopted across multiple industries: in the consumer electronics sector, it serves as a core control component for small appliances such as humidifiers, desk lamps, and portable power banks; in office and communication equipment, it enables stable power and reset control for routers and set-top boxes; In the automotive electronics sector, they provide vibration- and static-resistant operation for interior lighting and chargers; and even in industrial control and smart wearable applications, their high reliability and adaptability make them a critical link for device interaction.
| OPERATION | Lock |
| RATING | 12V DC 50mA |
| CONTACT RESISTANCE | 100 m0 MAX |
| INSULATION RESISTANCE | 250V DC ,100 MO MIN |
| OPERATION FORCE | 200±50gf |
| TEMPERATURE RANGE | -30°C~+85°C |
| OPERATIONLIFE | 10,000 CYCLES |

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