
Precision-engineered sliding mechanism component designed for mobile devices. Constructed from durable metal, this component ensures smooth and reliable sliding action.
These keypads feature a flexible silicone construction, providing durability and tactile feedback. They are suitable for use in remote controls, industrial control panels, medical devices, and other electronic equipment where a robust and reliable input solution is needed.

This compact power bank provides a convenient power source for mobile devices. It features a pink casing and LED indicator lights to display battery level.

This compact power bank utilizes a lithium battery to efficiently charge mobile devices. Its sleek design incorporates LED indicators to display the remaining battery level.

This compact power bank is designed for charging electronic devices on the go. It utilizes a lithium battery to reliably store power for smartphones, tablets, and other USB-powered devices.

This high-performance lithium-ion battery is designed for various electronic devices. It provides reliable power and an extended lifespan, featuring a compact design optimized for energy density and safety.

High-capacity lithium-ion battery designed for electronic devices, ensuring a reliable and long-lasting power supply. This battery is optimized for both performance and safety, making it suitable for diverse applications.

This screen protector film is designed for mobile phones. It shields the screen from scratches, fingerprints, and smudges while also providing privacy by limiting the viewing angle.

This screen protector film is designed for mobile phones, providing a protective layer against scratches and smudges. It also features a reflective surface that can be used as a mirror.

This frosted film screen protector is designed for mobile phones, providing a matte finish that reduces glare and fingerprints. It offers scratch resistance and maintains touch sensitivity.

This high clarity screen protector film is designed for mobile phones. It provides scratch resistance while maintaining screen visibility.