Surface Treatment for Silicone Keyboard
Overview The Silicone CAN-bus Keypad is a durable and reliable input device designed for use in heavy machinery and vehicle electronic systems. Featuring a silicone construction, it offers excellent waterproof and wear-resistant properties, ensuring long-lasting performance even in harsh environments. With its compact and sealed design, it is ideal for applications in agriculture, nautical, automotive, […]
Read More
Overview The Aircraft Keypad, also known as the aviation or aircraft keyboard, is a specialized input device made from durable silicone rubber, designed for use in flight simulators, aerospace, and military applications. Manufactured to withstand harsh working environments, these keypads are engineered to resist extreme temperatures, UV light, and abrasion. In addition to their ruggedness, […]
Read More
Overview Silk Screen Printing Silicone Rubber Keypad comes in two distinct types: surface silk screen keypads and bottom silk screen keypads. The surface silk screen keypad involves a multi-step process, including spraying a paint layer before printing the font or symbols, followed by a PU coating to protect the legends. This method ensures durability and […]
Read More
Silkscreen laser etching rubber keyboards combine the durability and flexibility of silicone rubber with precise, long-lasting printed symbols or legends. These keypads are commonly used in applications such as remote controls, electronic toys, video and HIFI units, and industrial control equipment. Utilizing advanced silkscreen printing or laser etching techniques, we can customize the design, ensuring […]
Read More
Printed silicone rubber buttons feature a durable, flexible design with colorful symbols or icons (legends) printed on the surface using precision silk screen or transfer printing techniques. These buttons are highly responsive and comfortable to press, making them ideal for a wide range of electronic devices and control panels. The vibrant, long-lasting prints ensure clear […]
Read More
The Silk Screen Printing Keypad, also known as a screen-printed silicone keypad, is a versatile and high-performance component widely utilized in various industries. This type of keypad leverages the silicone compression molding process to create durable and reliable products with excellent tactile feedback. One of the primary advantages of silk screen printing is its ability […]
Read More
Overview: The Screen Printing Keyboard, commonly referred to as a screen-printed silicone keyboard, is a versatile and high-performance component used across a range of industries. This keyboard is manufactured through the silicone compression molding process, resulting in products that are both durable and reliable, providing excellent tactile feedback. One of the standout features of silk […]
Read More
The PU Coating Silicone Keypad, also known as a polyurethane-coated silicone keypad, offers exceptional durability and waterproof performance. Utilizing silicone compression molding, it achieves precise shaping and uniform quality. The keypad features a Soft-touch/Soft Feeling surface, providing a comfortable user experience. Customizable in design and functionality, it is suitable for various applications including industrial and […]
Read More
Our Matte Smooth Silicone Keypads, also known as matte finish buttons or non-gloss finish switches, are crafted to achieve a unique, unpolished surface with a slight texture. This finish provides a subtle, diffuse reflection, reducing glare and preventing an overly shiny appearance. Produced using advanced silicone compression molding techniques, these keypads offer enhanced durability and […]
Read More
Our Laser Cutting Rubber Button Pads, also known as Laser Cut Silicone Keypads, offer a sophisticated solution for high-performance applications. These keypads are crafted using advanced silicone compression molding techniques, ensuring durability and precision. The surface of the buttons is coated with vibrant inks through spraying or screen printing, creating a visually appealing and customizable […]
Read More